LF Series

Transcription

LF Series

MtronPTI...when timing matters
MtronPTI offers one of the broadest product portfolios in the
Frequency Control & Filter industry. The focus is to supply
advanced products and engineering services unmatched in
the industry. Products range from crystals (both commercial
and precision), clock oscillators, GPSDO, VCXO, TCXO,
OCXO and Modular Timing Solutions to various Filter
products, including LC, SAW, Ceramic, Crystal, Cavity and
Microwave. Customers can essentially get all Frequency
Control & Filter devices from MtronPTI.
MtronPTI’s commitment to customers in the markets
that we serve is unsurpassed. Military and Aerospace,
Telecommunications and Commercial Industry customers
rely on MtronPTI’s specialized services from design and
development to implementation and troubleshooting. Some of
the top companies in these fields rely on MtronPTI for all their
fequency control and filter needs. Let MtronPTI’s professional
and knowledgeable team help you design and implement your
next project.
MtronPTI Mission Statement
MtronPTI creates highly differentiated value through a
comprehensive portfolio of custom and standard Frequency
Control and Filter products for global markets demanding
high reliability, superior cycle times and flexible supply chain
capabilities.
www.mtronpti.com
Table of Contents
Filters
4-25
4
5
6-8
10-12
14-17
18-20
22-25
Selection Guide
Filter Specification Worksheet
Microwave Filters
Ceramic Filters
Lumped Element (LC) Filters
SAW Filters
Crystal Filters
Global Positioning Satellite Disciplined Oscillators (GPSDO)
Selection Guide
1 x 1 inch
1 x 2.5 inch
1.5 x 3 inch
26-35
26
27-29
30-31
32-35
Oven Controlled Crystal Oscillators (OCXO)
36-47
Selection Guide
Other
36
37-45
Full Size (14-pin) DIP
46-47
Temperature Compensated Crystal Oscillators (TCXO/TCVCXO)
48-63
Selection Guide
5.0 x 7.0 mm
9 x 14 mm
Full Size (14-pin) DIP
Other
46
49-57
58-59
37-39
60-63
Voltage Controlled Crystal Oscillators (VCXO)
64-75
Selection Guide
5.0 x 7.0 mm
9 x 14 mm
Other
64
65-71
72-73
74
Clock Oscillators
76-97
Selection Guide
2.5 x 3.2 mm
3.2 x 5.0 mm
5.0 x 7.0 mm
9 x 14 mm
MIL-PRF-55310 QPL
76
77
78
79-93
94-95
96-97
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Table of Contents
Crystal Products
98-107
98
99-100
101-104
105
106-107
Selection Guide
ATS & ATSM-49 Crystals
Surface Mount
Precision Crystals
Qualified Crystals
Appendix
108-114
Load Circuit Diagrams
Solder Profiles
Alphabetical Product Index
108-109
110
112-114
Products that are RoHS compliant as of January 1, 2005 are labeled with this mark:
3
Filter Selection Guide
Cavity Filter
0.5% to 10% Bandwidth
Combline Filter
10% to 80% Bandwidth
Monoblock Ceramic
0.5 to 40% Bandwidth
Lumped Element (L-C)
3% to 180% Bandwidth
SAW
Discrete Crystal
Monolithic
Crystal
0.014% to 0.5%
Bandwidth
DC
0.03
0.3
1.6
4
6
8
10
12
18
20
GHz
CENTER FREQUENCY
MtronPTI’s Filter Capabilities:
•
•
•
•
•
•
•
•
•
Bandwidths from 100 Hz to 10 GHz (The bar graph above illustrates where each technology is
best utilized in terms of frequency and bandwidth.)
Custom design capabilities
Commercial, Military and Space capabilities
Laser weld capabilities
Surface mount applications
Lead or RoHS capabilities
No pure tin available on request
40+ years of success in the filter market
Expertise required to serve as a reliable partner in the most challenging product development
environment.
Our Application Engineers are available to assist you with your specific filter applications.
Just call 407-298-2000
MtronPTI reserves the right to make changes to the product(s) and service(s) described herein without notice. No liability is assumed as a result of their use or application.
Please see www.mtronpti.com for our complete offering and detailed datasheets. Contact us for your application specific requirements: MtronPTI 1-800-762-8800.
4
Filter Specifications
FON
Go to the www.mtronpti.com for the interactive ‘Filter Specifier to define your filter requirements.
The following are additional specification points which may be required to properly define your filter.
Additional Stopband Points:
Stopband 2: Lower ____ MHz/kHz Upper ____ MHz/kHz Stopband 3: Lower ____ MHz/kHz Upper ____ MHz/kHz
Group Delay:
Absolute: ___[] µsec []ηsec Differential Group Delay: ___[]µsec []ηsec Over Any ___[]MHz []kHz Within the Passband
Return Loss: ______ dB minimum Maximum Input Signal Power: __ []Watts []dBm []CW [] Pulsed __ % Duty Cycle
Termination Impedance (ZS/ZL): [] 50Ω nominal [] Other ___ Ω // ____ pF
Environmental:
Vibration:
Operating: _________________________________ Non-Operating: _________________________________
Shock:
Altitude:
Humidity: [] Condensing [] Non-Condensing
Application (please describe): ________________________________________________________________
________________________________________________________________________________________
Contact Information:
Company: ______________________________
Street: ___________________________________________
City: ________________
State (Province): _________
Postal Code: _______ Country: _____________
Technical Contact: _________________ (Name) TEL: _______________ eMail: ______________________
Project Name: ____________________________ Prototype Date Required: ________ Quantity _________
Target Price: ________ @ ______ (Qty) Production Date Required: _______ Quantity _________
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UF Series
Microwave Filters
Product Line Features:
•
•
•
•
•
Highly customized designs for optimum performance
using state-of-the-art simulation software.
• Allows system optimization for performance size
and weight.
• Fewer prototype iterations, faster development
cycles.
Adaptable manufacturing supports commercial, military, avionics and space applications.
Laser hermetic packages for severe environments
RoHS compliant when required.
Available Design topologies
• Dielectric Resonator
• Cavity
• Combline
• Interdigital
• Helical
• Evanescent mode designs
Frequency
(GHz)
Frequency
1 dB % BW
VSWR
Max.
Temperature
# of
Poles
Impedance
(Ohms)
100 MHz 15 GHz
100 MHz - 15 GHz
0.5% to
Multi-Octave
1.1:1 or
better
-55°C - +110°C
2-pole to 12-pole
50Ω typical
Dielectric Resonator Filters employ ceramic pucks as resonators and, with Q’s in excess of 10,000 readily achievable;
this technology is the choice for the narrowest bandwidth requirements. Dielectric resonator filters usually have
bandwidths that range from less than 1% to 5%.
Cavity Filters employ conductive rods within conductive cavities as resonators. Apertures in the cavity walls permit
coupling between resonators. Smaller apertures give narrower filters. Larger cavities have higher Q factors. Cavity filter
bandwidths range from less than 3% to 20%.
Combline Filters are a close relative to cavity filters. In the Combline design the walls between adjacent cavities
are completely removed and coupling between resonators is achieved by designing the correct spacing between
resonators. These filters are commonly designed with all resonators in a straight line looking much like a comb.
Combline filter bandwidths will range from 5% to 50%
Interdigital Filters are similar to Combline filters except the grounded end of alternate resonators is reversed. This
arrangement gives the high inter-resonator coupling required for wide filter bandwidths. These filters have bandwidths
up to nearly 100%.
Helical Filters are used at lower frequencies where resonator length becomes impractically long. The resonator, usually
of one quarter wavelength, is coiled into a helix resulting in a much more compact design. Coupling between resonators
is managed in the same manner as cavity or combline filters. Bandwidths from 1% to 30% can be achieved.
Evanescent Mode is used to describe resonators whose length is short, less than 30 degrees at the frequency of
operation. Non-evanescent mode designs will use resonators between 45 and 80 degrees in length. The resultant
resonator can be dramatically smaller but has lower Q and is typically more sensitive to manufacturing variations.
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UF Series
Microwave Filters
Cavity Dual Band Reject Filter for LTE
I. GENERAL & ELECTRICAL REQUIREMENTS:
1. PASSBAND
Port C - ANT: 769.15MHz to 770.00MHz
ANT – Port B: 799.15MHz to 800.00MHz
2. PASSBAND INSERTION LOSS: 1.7dB typical, 2.0dB maximum
3. PASSBAND VSWR: 1.5:1 maximum
4. STOPBAND REJECTION
Port C – ANT (772MHz – 870MHz): 40dB minimum
ANT - Port B (772MHz – 776MHz): 40dB minimum
ANT - Port B (802MHz – 870MHz): 40dB minimum
5. PORT – PORT ISOLATION
Port C – Port B (769.15MHz – 770.00MHz): 70dB min
Port C – Port B (799.15MHz – 800.00MHz): 70dB min
6. POWER HANDLING: +37dBm minimum
7. ZIN/ZOUT: 50W nominal
II. ENIVIRONMENTAL & PHYSICAL REQUIREMENTS:
1. ENVIRONMENTAL
Temperature
Operating: -20°C to +60°C
Storage: -40°C to +85°C
Shock: Per MIL-STD-810F, 516.5, Procedure I
Vibration: Per MIL-STD-810F, 514.5, Procedure I
Altitude: ≤ 10,000-ft
Humidity: Per MIL-STD-810F, 509.4, Procedure II
Rain: Per MIL-STD-810F, 506.4, Procedure II
Sand & Dust: Per MIL-STD-810F, 510.4, Procedure I
2. PACKAGE
Dimensions (maximum, excluding connectors): 10.50” (L) x 9.50”
(W) x 2.88” (H)
I/O Connectors: N-Female (ANT), TNC-Female (Port B), BNCFemale (Port C)
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UF Series
Microwave Filters
Cavity Filter Diplexer for LTE
I. GENERAL & ELECTRICAL
REQUIREMENTS:
1. PASSBAND
Port C - ANT: 769.15MHz to 770.00MHz
ANT – Port B: 799.15MHz to 800.00MHz
2. PASSBAND INSERTION LOSS: 1.7dB
typical, 2.0dB max
3. PASSBAND VSWR: 1.5:1 maximum
Port C – ANT (772MHz – 870MHz): 40dB
minimum
ANT - Port B (772MHz – 776MHz): 40dB
minimum
ANT - Port B (802MHz – 870MHz): 40dB
minimum
5. PORT – PORT ISOLATION
Port C – Port B (769.15MHz – 770.00MHz):
70dB minimum
Port C – Port B (799.15MHz – 800.00MHz):
70dB minimum
6. POWER HANDLING: +37dBm minimum
II. ENIVIRONMENTAL & PHYSICAL
REQUIREMENTS:
1. ENVIRONMENTAL
Temperature
Shock: Per MIL-STD-810F, 516.5, Procedure I
Vibration: Per MIL-STD-810F, 514.5,
Procedure I
Altitude: ≤ 10,000-ft
Humidity: Per MIL-STD-810F, 509.4,
Procedure II
Rain: Per MIL-STD-810F, 506.4, Procedure II
Sand & Dust: Per MIL-STD-810F, 510.4,
Procedure I
2.
PACKAGE
Dimensions (maximum, excluding connectors):
10.50” (L) x 9.50” (W) x 2.88” (H)
I/O Connectors: N-Female (ANT), TNCFemale (Port B), BNC-Female (Port C)
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Need Help in your Design?
Call us at
1-800-762-8800
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CF Series
Ceramic Filters, Diplexers & N-plexers
•
•
•
•
•
Custom design capability
Commercial and Military capabilities
Discrete monoblock implementations
Monoblock based filter assemblies
RoHS compliant when required
Frequency (GHz)
3 dB % BW
VSWR
Max.
Temperature
# of
Poles
Impedance
(Ohms)
300 MHz - 5 GHz
0.5% - 40%
1.5:1 or
better
-45°C - +85°C
2-pole to 8-pole
50Ω typical
Application Examples of Recent Custom Design Implementations
I. GENERAL & ELECTRICAL REQUIREMENTS
1. CENTER FREQUENCY (FON): 1815.0MHz
typical
2. PASSBAND @ 1.5dB: 1780.0MHz to
1850.0MHz, minimum
3. INSERTION LOSS (1780.0MHz to
1850.0MHz): 1.5dB maximum
4. AMPLITUDE RIPPLE (peak-peak, 1780.0MHz
to 1850.0MHz): 0.8dB maximum
5. RETURN LOSS (within 1780.0MHz to
1850.0MHz): 15.0dB minimum
6. ATTENUATION (minimum)
@ 1655.0MHz: 20dB minimum
@ 1315MHz: 40dB minimum
7. ULTIMATE ATTENUATION: 50dB minimum
8. MAXIMUM INPUT POWER:1-Watt
9. ZS/ZL: 50W typical (single ended, no external
matching required)
REQUIREMENTS:
1. TEMPERATURE RANGE
2. PACKAGE: : See Drawing
3. SOLDERABILITY: Per EIAJ-STD-002
4. FULL RoHS COMPLIANCE
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CF Series
1. CENTER FREQUENCY (FON): 1250.0MHz
2. 1dB BANDWIDTH: 280MHz minimum (1110MHz to
1390MHz)
3. INSERTION LOSS (@ FON): ≤ 1.0dB
4. AMPLITUDE RIPPLE (peak-valley, within 1110MHz
to 1390MHz): ≤ 1.0dB
5. INPUT/OUTPUT VSWR (within 1110MHz to
1390MHz): 1.5: 1 maximum
6. Attenuation (ref. to IL @ FON)
@ 900MHz (FON -350MHz): 60dB minimum
@ 950MHz (FON -300MHz): 40dB minimum
@ 1650MHz (FON +400MHz): 40dB minimum
@ 1850MHz (FON +600MHz): 60dB minimum
7. MAXIMUM INPUT POWER: ≤ +30dBm
1. TEMPERATURE RANGE:
2. SHOCK: Per MIL-STD-810(G), Method 516.6,
Procedure VI
3. VIBRATION: Per MIL-STD-810(G), Method 514.6,
Category 9
4. ALTITUDE: Operational to 35,000 feet
5. PACKAGE: SMD: 26.0mm (l) x 17.0mm (W) x 5.5mm
(H) (See Drawing)
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CF Series
1. CENTER FREQUENCY (FON): 3724MHz
2. BANDWIDTH: FON ± 55MHz minimum (3669MHz
to 3779MHz)
3. INSERTION LOSS (@ peak of transmission within
the passband): ≤ 4.0dB
4. AMPLITUDE RIPPLE (peak-valley within the
passband): ≤ 1.5dB
5. RETURN LOSS (within the passband): 13dB
minimum, 15db typical
6. GROUP DELAY VARIATION (over FON ±45MHz):
5.0ηsec typical, 10.0ηsec maximum
7. PHASE DISTORTION (over FON ±45MHz): ±15.0˚
typical, 25.0˚ maximum
8. ATTENUATION (ref. to IL)
10MHz to 3559MHz: 60dB minimum
@3589MHz: 42dB minimum
9. MAXIMUM INPUT POWER: ≤ 1-Watt
10. ZIN/ZOUT: 50Ω nominal
REQUIREMENTS:
1. TEMPERATURE RANGE:
2. SHOCK: Per MIL-STD-202G, Method 202C
3. VIBRATION: Per MIL-STD-202G, Method 201A
4. HUMIDITY: Per MIL-STD-202, Method 103B, Test
Condition A
5. ALTITUDE: Per MIL-STD-202G, Method 105C,
Test Condition A
6. PACKAGE: SMD: See Figure 1
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1-800-762-8800
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LF Series
Lumped Element (LC) Filters, Diplexers & N-plexers
•
•
•
•
•
•
•
•
Highly customized designs for optimum performance using state-ofthe-art simulation software.
• Allows system optimization for performance size and weight.
• Fewer prototype iterations, faster development cycles.
Adaptable manufacturing supports commercial, military, avionics and
space applications.
Laser hermetic packages for severe environments
RoHS compliant when required.
No pure tin assemblies available.
Non-vented surface mount filters
• Eliminates performance drift through water wash.
• Low profile less than 0.200 inches for some applications.
Low pass, high pass, Bandpass and notch filters available.
Hybrid lumped element and distributed element microwave designs for
applications requiring higher Q factors.
Frequency (GHz)
3 dB % BW
VSWR
# of
Poles
Impedance
(Ohms)
DC - 5 GHz
3% - 180%
1.5:1 or
better
Optimized for Selectivity
50Ω typical
The following are some additional filter facts and guidelines based upon application type.
Operating
Temperature
Range
Packaging
Input/Output
Signal Power
Shock/Vibration
Operational &
Survival
Instrumentation
Industrial
Communications
HiRel Military
Space Qualified
0°C to +70°C
-20°C to +75° C
-30°C to +85°C
-55°C to +110°C
-55°C to +110°C
Thru-Hole
Wash Proof SMD
Connectorized
Hermetic Thru Hole and SMD
To 500 Watt (Consult factory for specific high power requirements.)
Meet Standard Industry Requirements
Consult the Factory for
Specific Requirements
Allow MtonPTI to work with you in developing your filter requirements. Our
design staff, with many years of experience, will evaluate your requirements
to give you honest and realistic estimates of achievable performance.
We promise to work our hardest, up front, to find the optimal compromise
between performance, price, size and reliability for your application. We
will provide you with the information you need to advance your design; cost
estimates, performance plots, S2p data and packaging recommendations.
14
LF Series
Applications Examples of Recent Custom Design Evaluations
1. Center Frequency (FON):
Channel 1: 256MHz
Channel 2; 305MHz
2. 1dB Bandwidth:
Channel 1 28MHz minimum
Channel 2 26MHz minimum
1. Temperature Range:
3. Insertion Loss (@ FON): ≤ 1.0dB
4. Amplitude Ripple (peak-valley,
within each Passband): ≤ 0.5dB
2. Shock: Per MIL-STD-810(G), Method 516.6, Procedure VI
5. Return Loss : 20dB minimum
3. Vibration: Per MIL-STD-810(G), Method 514.6, Category 9
6. Attenuation (ref. to IL @ FON)
4. Altitude: Operational to 35,000 feet
Channel 1: 256MHz
5. Package: (See Drawing)
35dB minimum: @ 225MHz
35dB minimum: @ 289MHz
Channel 2; 305 MHz
35dB minimum: 280MHz
35dB minimum: 330MHz
7. Maximum Input Power: ≤ 50-Watts
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LF Series
Applications Examples of Recent Custom Design Evaluations
1. Center Frequency (FON): 2050MHz
2. 2dB Passband: 1600MHz to 2500MHz
3. Insertion Loss (@ peak of transmission within the
passband): ≤ 2.0dB
4. Passband Ripple (peak-valley): ≤ 0.5dB
5. Return Loss: 15db minimum from 1600MHz to
2500MHz
6. Passband Group Delay Ripple: 8.0ηsec typical
7. Phase Distortion (over FON ±45MHz): ±15.0˚
typical, 25.0˚ maximum
8. Rejection (minimum, ref. to IL)
DC to 1100MHz: 60dB minimum
9. Maximum Input Power: ≤ 1-Watt
REQUIREMENTS:
1. Temperature Range:
2. Shock: Per MIL-STD-202G, Method 213,
Condition C
3. Vibration: Per MIL-STD-202G, Method
201 & 204
4. Humidity: Per MIL-STD-202, Method
103B, Test Condition A
5. Package: SMD: See Figure 1
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LF Series
Typical Package Configurations
True SMT (SM)
PC Mount (PC)
Castellation
GW1
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Connectorized (C)
/D
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SF Series
SAW Filters
Product Line Features
•
•
•
•
•
Commercial and Military capabilities
IF and low loss RF design capabilities
Ceramic SMD and all metal DIL thru-hole
packages
Lead or RoHS
Frequency
(GHz)
3 dB % BW
Shape Factor
Insertion Loss
VSWR
Temperature
# of
Poles
Impedance
(Ohms)
20 MHz 2.5 GHz
0.1% - 10%
1.1:1 and higher
1dB typical
1.1:1
or
better
-45°C - +85°C
2-pole to 8-pole
50Ω typical
1. CENTER FREQUENCY (FON): 915.00MHz typical
2. 3dB BANDWIDTH: 26.0MHz typical
3. INSERTION LOSS: 2.5dB typical, 3.1dB maximum
4. AMPLITUDE RIPPLE (peak-peak):0.4dB typical, 1.5dB
maximum
5. GROUP DELAY DEVIATION: 15ηsec typical, 50ηsec
maximum
6. RETURN LOSS: 9dB minimum, 10dB typical
7. REJECTION (ref. to 0dB)
0.1MHz to 702MHz: 50dB minimum, 53db typical
738MHz to 764MHz: 49dB minimum, 53dB typical
1072MHz to 1092MHz: 49dB minimum, 53db typical
8. INPUT POWER LEVEL: +10dB maximum
9. DC VOLTAGE: +3V maximum
10. ZS/ZL: 50Ω typical (no external matching required)
II. ENVIRONMENTAL & PHYSICAL REQUIREMENTS:
1. TEMPERATURE
Operating: -30C to +85C
2. PACKAGE 1.4mm x 1,1mm x 0.7mm (see drawing)
3. SOLDERABILITY: Per EIAJ-STD-002
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SF Series
SAW Filters
1. CENTER FREQUENCY (FON): 243.00MHz typical
2. PASSBAND: FON ± 25.0MHz minimum
3. INSERTION LOSS (IL): 3.7dB typical, 6.0dB maximum
4. AMPLITUDE RIPPLE (peak-peak): 0.2dB typical, 1.0dB maximum
5. GROUP DELAY VARIATION: 0.5msec typical, 2.0msec maximum
6. ATTENUATION (ref. to minimum IL)
FON - 115.0MHz to FON - 1.0MHz: 50dB minimum, 63dB typical
FON + 0.4MHz to FON + 0.6MHz: 29dB minimum, 64dB typical
FON + 0.6MHz to FON + 1.0MHz: 42dB minimum, 63dB typical
FON + 1.0MHz to FON + 115MHz: 50dB minimum, 55dB typical
7. MAXIMUM INPUT POWER:+15dBm
8. ZIN/ZOUT: 50W typical (with external matching network applied)
1. TEMPERATURE RANGE
OPERATING: -40°C to +85°C
OPERATING: -45°C to +90°C
2. PACKAGE See Drawing
3. SOLDERABILITY: Per EIAJ-STD-002 (see Figure 1)
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SF Series
SAW Filters
1. CENTER FREQUENCY (FON) @ 25°C:
408.875MHz minimum, 409.0MHz typical,
409.125MHz maximum
2. INSERTION LOSS (@ peak of transmission within
the passband): <12.0dB
3. AMPLITUDE RIPPLE (peak-peak, within the
passband): <0.75dB
4. BANDWIDTH
@ 1dB: >0.6MHz
@ 3dB: >1.0MHz
@40dB: <3.0MHz
5. PHASE LINEARITY (over 408.6MHz to
409.4MHz): <6°
6. GROUP DELAY VARIATION (over 408.6MHz to
409.4MHz): < 250hsec
Over 200.0MHz to 369.0MHz: > 50dB
Over 449.0MHz to 600.0MHz: > 50dB
8. AMBIENT TEMPERATURE: 25°C typical
9. MAXIMUM INPUT SIGNAL POWER: +10dBm
10. ZS/ZL: 50Ω nominal
1. OPERATING TEMPERATURE RANGE: -40°C to
+80°C
2. VIBRATION
Random Vibration
- Band: 20 to 2000Hz
- Level: 30geff, s = 3
- Duration: 3-minutes per axe
- One try by axe: 3-axes
Long Term Random Vibration
Level: 5.3geff
Duration: 2-hours 30-minutes per axe – 3 axes
3. ACCELERATION
Level: 100g
Duration: 3-minutes by direction 3 axes – 6
directions
4. HYGROSCOPY (HUMIDITY)
Temperature: +40°C
Humidity: 93% ±2%
Duration: 10-hours
5. THERMAL SHOCK
The filter is placed in a confined room at 60°C during
5-hours then placed in another confined room at 150°C
during 3-min. Control are made during the thermal
shock: transmission curve
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XF Series
Crystal Filters (Discrete and Monolithic)
Product Line Features
•
•
•
•
•
•
Commercial, Military and Space capabilities
Monolithic and Discrete design capability
Wash proof for surface mount applications
Lead or RoHS
No pure tin available upon request
Type
Frequency
(MHz)
3 dB % BW
Shape Factor
Insertion
Loss
VSWR
Max.
Temperature
# of Poles
Impedance
(Ohms)
Discrete
5 - 250
0.01% - 2%
1.5:1 or better
1.5 dB for
2-pole
1.5:1
or
better
-45°C - +85°C
2-pole to
12-pole
50Ω typical
Monolithic
5 - 200
0.014% - 0.5%
2:1 or better
1.5 dB for
2-pole
1.5:1
or
better
-45°C - +85°C
2-pole to
12-pole
50Ω typical
The following are some additional filter facts and guidelines based upon application type.
Operating
Temperature
Range
Packaging
Input/Output
Signal Power
Shock/Vibration
Operational &
Survival
Instrumentation
Industrial
Communications
HiRel Military
Space Qualified
0°C to +70°C
-20°C to +75° C
-30°C to +85°C
-55°C to +110°C
-55°C to +110°C
Thru-Hole
Wash Proof SMD
Connectorized
Hermetic Thru Hole and SMD
<+15dBm (Consult factory for specific requirements.)
Meet Standard Industry Requirements
Consult the Factory for
Specific Requirements
Allow MtonPTI to work with you in developing your filter requirements. Our design staff of
many years’ experience will evaluate your requirements and give you realistic estimates of
achievable performance. We will work our hardest to find the optimal compromise between
performance, price, size and reliability for your application. We will provide you with the
information you need to advance your design; cost estimates, performance plots, S2p data
and packaging recommendations.
22
XF Series
1. Center Frequency (FON): 76.0MHz
2. Passband @ 1.5dB: FON ±25.0kHz minimum
3. Insertion Loss (@FON): ≤ 4.0dB
4. Passband Ripple (peak-valley, FON ±25.0kHz): < 1.5dB
5. Stopband Attenuation (Relative to Insertion Loss)
FON -50MHz to FON -1MHz: ≥ 50dB
FON -1MHz to FON -500kHz: ≥ 40dB
FON -500kHz to FON -100kHz: ≥ 15dB
FON +100kHz to FON +500kHz: ≥ 15dB
FON +500kHz to FON +2.5MHz: ≥ 35dB
FON +2.5MHz to FON +3.5MHz: ≥ 45dB
FON +3.5MHz to FON +75MHz: ≥ 50dB
6. Terminating Impedance (ZS/Z/L): 50W nominal
1. Temperature Range
2. Solderability: Per EIAJ-STD-002
3. Package: SMD (see drawing)
23
F
I
L
T
E
R
S
XF Series
1. Center Frequency (FON): 112.5MHz
2. Passband @ 1.0dB: FON ±10.0kHz minimum
3. Insertion Loss (@ peak of transmission, within the Passband): ≤ 4.5dB
4. Passband Ripple (peak-valley, within the Passband): < 0.75dB
5. Input/Output VSWR (within FON ±10.0kHz): 2.2:1 maximum
6. Differential Group Delay (FON ±10.0kHz): ≤8µsec
7. Stopband Attenuation (minimum relative to Insertion Loss)
13dB: FON ±50kHz maximum
8. Spurious Responses:- 28dB maximum, FON +100kHz to FON +400kHz
9. Power Handing
Operating (full specifications compliance): +7dBm
Without Damage (non-specification compliant): +18dBm
10. In-band Intermodulation: -50dB maximum, Two (2) -3.5dBm Test Tones @ FON ±500.0kHz
11. Terminating Impedance (ZS/Z/L): 50W nominal
1. Temperature Range
2. Solderability: Per EIAJ-STD-002
3. Package: SMD (see drawing)
24
XF Series
All package styles except for vented surface mount are hermetic and are available in standard or
customized versions. Styles include:
• Through hole printed circuit
• Connectorized
• Stud mount or insert mount
• Gull wing surface mount
• Vented surface mount
The following is an example of MtronPTI’s standard SMD packages suitable for all commercial,
industrial and most military applications.
25
F
I
L
T
E
R
S
GPSDO Selection Guide
Package
Size
Supply
Voltage
Frequency
Range
Family
Type
1 x 1 inch
3.3 Volt
10 - 10 MHz
M9107
GPSDO
1 x 1 inch
3.3 Volt
10 - 10 Mhz
M9108
GPSDO
1 x 2.5 inch
12 Volt
10 - 10 MHz
M9100
GPSDO
1.5 x 3 inch
12 Volt
5 - 20 MHz
M9101
GPSDO
1.5 x 3 inch
12 Volt
10 - 10 MHz
M9103
GPSDO
Page
Number
26
M9107 Series
1 x 1 x 0.5 inches, SMT OCXO-Based GPSDO
(Global Positioning Satellite Disciplined Oscillator)
•
•
•
•
Small, SMT configuration
Direct mounting to PCB eliminates need for expensive
connectors and wiring
harnesses
Ideal for precise timing or
locating applications such as
test equipment, base stations,
network timing and military
programs
Compact size - less than 1” x 1”
Pin Connections
Function
Pin
Ground
1
10 MHz Out
2
Lock OK
3
1PPS Output
4
1PPS Input
5
+5V Output
6
Ground
7
+3.3V VDO In
8
Ground
9
Antenna Input
10
Ground
11
NMEA Transmit
12
/Enter ISP
13
Serial Input
14
Serial Output
15
G
P
S
D
O
Marking:
Line 1: Part Number
Line 2: MTRONPTI
Line 3: ● Date Code
Module Specifications (Typical):
1 PPS Accuracy
Holdover Stability
1 PPS Output (OCXO Flywheel Generated)
RS-232 Control
GPS Frequency
GPS Antenna
GPS Receiver
Sensitivity
TTFF
ADEV
TTL Alarm Output
Warm Up Time / Stabilization Time
Supply Voltage (Vdd)
Power Consumption
Operating Temperature
Storage Temperature
Additional Features
Oscillator Specification:
Frequency Output
10MHz Retrace
Frequency Stability Over Temperature (Unlock Condition)
Output Amplitude
Warm Up Time
M9107
±40ns to UTC RMS (1-Sigma) GPS Locked
(no motion, stable temperature, still air)
<±11us over 3 Hour Period @+25°C (No Motion, Still air)
3.3VDC CMOS
SCPI-99 TTL levels
GPS NMEA Out
L1, C/A 1574MHz
Active or Passive
50 Channels, Mobile, WAAS, EGNOS, MSAS capable
Acquisition –142 dBm, Tracking -158 dBm
Cold Start - <45 sec, Warm Start – 1 sec, Hot Start - 1 sec
1E-11 (Tau=1s), <5E-12 (Tau-10,000s)
GPS Unlock and Hardware Failure, and LOCK indicators
<5 min at +25°C to 1E-08 Accuracy
3.3 V Single Supply (5V internally generated)
0.7W Typical
-20°C to +70°C
-45°C to +85°C
Firmware field-upgradable, external 1PPS input, status LEDs, compatible
to GPSCon, SNTP, GPSD, and Z38xx software applications, full NMEA
1Hz
10Hz
100Hz
1kHz
10kHz
Phase Noise
10MHz
±2E-08 After 1 Hour
100ppb pk-pk
5.0V CMOS
< 1 min @ +25°C
-80dBc/Hz
-110dBc/Hz
-135dBc/Hz
-145dBc/Hz
<-145dBc/Hz
27
M9108 Series
1 x 1 inches, SMT TCXO-Based GPSDO
•
•
•
•
•
•
Fast Warm-Up Time
Extremely Low Power
Small, SMT configuration
Direct mounting to PCB - eliminates need for
expensive connectors and wiring harnesses
Ideal for precise timing or locating applications such
as test equipment, base stations, network timing
and military programs
Compact size - less than 1” x 1”, low profile version
available
Module Specifications (Typical):
1 PPS Accuracy
Holdover Stability
1 PPS Output (OCXO Flywheel Generated)
RS-232 Control
GPS Frequency
GPS Antenna
GPS Receiver
Sensitivity
TTFF
ADEV
TTL Alarm Output
Power Consumption
Storage Temperature
Additional Features
Frequency Output
10MHz Retrace
Frequency Stability Over Temperature (Unlock Condition)
Output Amplitude
Warm Up Time
M9108
(No motion, stable temperature, still air)
<±11us over 3 Hour Period @+25°C (No Motion, Still air)
3.3VDC CMOS
SCPI-99 TTL levels
GPS NMEA Out
L1, C/A 1574MHz
Active or Passive
3E-10 (Tau=1s), <9E-12 (Tau-10,000s)
3.3 V Single Supply (5V internally generated)
0.7W Typical
-20°C to +70°C
-45°C to +85°C
Firmware field-upgradable, external 1PPS input, status LEDs, compatible
to GPSCon, SNTP, GPSD, and Z38xx software applications, full NMEA
1Hz
10Hz
100Hz
1kHz
10kHz
Phase Noise
10MHz
100ppb pk-pk
5.0V CMOS
< 1 min @ +25°C
-80dBc/Hz
-110dBc/Hz
-135dBc/Hz
-145dBc/Hz
<-145dBc/Hz
28
M9108 Series
1 x 1 inches, SMT TCXO-Based GPSDO
M9108L
Low Profile
M9108D
DIP
G
P
S
D
O
29
M9100 Series
1 x 2.5 x 0.5 inch GPSDO
•
•
•
•
•
1 x 2.5 x 0.5 Inch Package
< 1 Minute OCXO Warm Up
50 Channel WAAS GPS Receiver
Very low power (1.35 W typ.)
Applications: Fixed/Mobile Communications,
Man-Pack Radios, Smart Weapons
Module Specification (Typical):
1 PPS Accuracy
Holdover Stability
1 PPS Output
RS-232 Control
GPS Frequency
GPS Antenna
GPS Receiver
Sensitivity
TTFF
ADEV
TTL Alarm Output
Power Consumption
Storage Temperature
M9100
<±11us over 3 Hour Period @+25°C (No Motion)
3.3VDC CMOS Compatible
SCPI-99 Control Commands
1PPS Level Output for Linux SNTP Server Software
(with D Sub RTS pin)
L1, C/A 1574MHz (Gallileo supported when available)
Active or Passive
2 E-011/1s
+7.5 to 14.0 VDC±5% (12 VDC Nominal)
<1.8W Max, 1.35W Typ.
0°C to +60°C
-45°C to +85°C
Frequency Output
Retrace
Frequency Stability Over Temperature
(Unlock Condition)
Output Amplitude
OCXO Warm Up Time
Phase Noise
Connections:
1PPS Output, 10MHz Output
RS-232
10MHz
±2.5E-08
+13dBm ± 3dBm (Refer to user manual for pin out information)
< 1 min
1Hz
-80dBc/Hz
10Hz
-110dBc/Hz
100Hz
-135dBc/Hz
1kHz
-145dBc/Hz
10kHz
<-145dBc/Hz
Connector Type:
SMB
3 Pin
30
M9100 Series
1 x 2.5 x 0.5 inch GPSDO
G
P
S
D
O
31
M9101 Series
1.5 x 3.0 x 0.8 inches, GPSDO
•
•
•
•
•
•
1 PPS Accuracy
Holdover Stability (After 3 day of lock to GPS)
1 PPS Output
10 MHz Output
RS-232 Control
GPS Frequency
GPS Antenna
GPS Receiver
GPS Receiver Sensitivity
TTFF
ADEV
TTL Alarm Output
OCXO Warm-Up Time/Stabilization Time
GPSDO Lock Time to <5E-010 accuracy
Supply Voltage
Power Consumption
Storage Temperature
M9101S (Single Oven)
M9101D (Double Oven)
1.5 x 3.0 x 0.8 Inch Package
Excellent Holdover Stability
Ruggedized Military Low G-Sensitivity Option Available
Applications: Master Clock & Receiver for CDMA, WiMAX
& GSM Basestations, SATCOM, Precision Time Base
Reference (1PPS), and Navigation Systems
M9101S (Single Oven Version)
M9101D (Double Oven Version)
< ± 50 µs over 24 hr. period @ +25°C
LVDS compatible
LVDS and HCMOS compatible
RS-232 Levels. SCPI-99 Control Commands
1 PPS output level for Linux SNTP Server Softrware with D Sub RTS pin.
L1, C/A 1574 MHz (Gallileo supported when available)
Active or Passive Type
50 channels, Mobile, WAAS, EGNOS, MSAS, capable
Acquisition -144 dBm, tracking -160 dBm
Cold Start: < 45 sec
Warm Start: 1 sec.
Hot Start: 1 sec
< 1 E -011/1 sec.
< 4 E -012/1 sec.
GPS Unlock and Hardware Failure Status
< 12 min. at +25°C for 1 E-09 accuracy.
<1Hr
<30 min.
12.0 VDC ± 5%
< 2.5 W at 12 V and +25°C
< 4.0 W at 12 V and +25°C
0°C to +60°C
0°C to +75°C
-45°C to +85°C
OCXO Specification:
Output Frequency
Retrace
Frequency Stability Over Operating Temperature
Output Amplitude
OCXO Retrace time
Phase Noise
CONNECTIONS:
1 PPS Output, 10 MHz Output, RS-232 Control
10 MHz (Other frequencies 5-20 MHz available)
± 2 E-08 after 1 hr.
± 2.5 E -8 (Unlocked Condition)
5 V HCMOS, LVDS ± 30 mV differential (Refer to user manual for pin out information)
< 3Hrs
< 1Hr
1 Hz -85 dBc/Hz
1 Hz -90 dBc/Hz
10 Hz -115 dBc/Hz
10 Hz -120 dBc/Hz
100 Hz -140 dBc/Hz
100 Hz -140 dBc/Hz
1 kHz -150 dBc/Hz
1 kHz -150 dBc/Hz
10 kHz -158 dBc/Hz
10 kHz -158 dBc/Hz
16 pin double row header with 2 mm pin spacing
32
M9101 Series
1.5 x 3.0 x 0.8 inches, GPSDO
G
P
S
D
O
Phase Noise Plot - M9101D (Double Oven)
Phase Noise Plot - M9101S (Single Oven)
33
M9103 Series
1.5 x 3.0 x 0.8 inches, GPSDO (Global Positioning Satellite
Disciplined Oscillator) With 3-Port Distribution Amplifier
•
•
•
•
•
1 PPS Accuracy
Frequency Stability
Holdover Stability
ADEV (Allan Deviation)
1 PPS Output
10 MHz Output
1.5 x 3.0 x 0.8 Inch Package
Built-in 10 MHz Distribution Amplifier with 3 Isolated
Sinewave Outputs
Excellent Holdover Stability
Double OCXO with SC-Cut Crystal
Applications Requiring Multiple Outputs: Master Clock
& Receiver for CDMA, WiMAX & GSM Basestations,
SATCOM, Precision Time Base Reference (1PPS), and
Navigation Systems
M9103S
M9103D
-10
< 1 E -011/1 sec
LVDS compatible
LVDS and HCMOS compatible
Distribution Amplifier Port Isolation
RS-232 Control
GPS Frequency
GPS Antenna
GPS Receiver
GPS Receiver Sensitivity
TTFF
TTL Alarm Output
Power Consumption
Storage Temperature
RS-232 Levels. SCPI-99 Control Commands
1 PPS output level for Linux SNTP Server Softrware
with D Sub RTS pin.
L1, C/A 1574 MHz (Gallileo supported when
available)
Active or Passive Type
50 channels, Mobile, WAAS, EGNOS, MSAS,
capable
Acquisition -144 dBm, tracking -160 dBm
Cold Start: <45sec.
Warm Start: 1 sec.
Hot Start: 1 sec.
GPS Unlock and Hardware Failure Status
< 12 min. at +25°C for 1 E-09 accuracy.
12.0 VDC ± 5%
< 2.5 W at 12 V and +25°C
0°C to +60°C
-45°C to +85°C
Better than ± 3 X 10 after 3 hrs. operation with GPS lock
< ± 7 µs over 24 hr. period at +25°C. (No Motion)
-11
0.1 s to 1000 s: < 1 X 10 with GPS lock.
LVDS Output, RS-232 level output
Two LVDS, and three islolated sine wave at +13 dBM,
± 3 dBm
2 MHz: > 98 dB. 10 MHz: > 92 dB. 1 GHz: >92 dB.
Full control via SCPI-99 control commands.
L1, C/A 1574MHz
Passive, or Active (5 V)
50 Channels, Mobile, WAAS, EGNOS, MSAS supported,
Galileo ready.
Cold Start - <45 sec, Warm Start – 1 sec, Hot Start - 1
sec
GPS Unlock and Hardware Failure indicators
-9
< 10 min at +25°C to 1 X 10 accuracy typical
+ 12 VDC ± 5% Nominal
< 4 W Max. at +25°C
0°C to +75°C (-25°C to +75°C available)
-45°C to +85°C
Frequency Output
Retrace
Frequency Stability Over Temperature
(Unlock Condition)
Output Amplitude
10 MHz (Other frequencies 5-20 MHz available)
± 2 E-08 after 1 hr.
5 V HCMOS, LVDS ± 30 mV differential (Refer to
user manual for pin out information)
10MHz
-8
± 2 X 10 After 1 Hour
-10
± 2.5 X 10
Sine wave: +13 dBm, ± 3 dBm, LVDS at ± 300 mV
Warm Up Time
Phase Noise
< 12 min
1 Hz -85 dBc/Hz
10 Hz -115 dBc/Hz
100 Hz -140 dBc/Hz
1 kHz -150 dBc/Hz
10 kHz -158 dBc/Hz
1Hz
10Hz
100Hz
1kHz
10kHz
Design Lifetime
-90 dBc/Hz
-135 dBc/Hz
-145 dBc/Hz
-150 dBc/Hz
<-155 dBc/Hz
> 10 years
34
M9103 Series
1.5 x 3.0 x 0.8 inches, GPSDO (Global Positioning Satellite
Disciplined Oscillator) With 3-Port Distribution Amplifier
G
P
S
D
O
35
OCXO and DOCXO Selection Guide
Package
Size
Supply
Voltage
Output
Logic
Frequency
Range
1 x 0.87 inch
5 to 15 Volt
HCMOS/Sinewave
10 - 100 MHz XO5180
1 x 0.87 inch
3.3 Volt
Synchronous Ethernet
HCMOS
10 - 20 MHz
XO51841588
1 x 1 inch
3.3 Volt
Synchronous Ethernet
HCMOS
10 - 20 MHz
XO50841588
1 x 1 inch
5 Volt
HCMOS/Sinewave
3 - 100 MHz
XO5080
1.4 x 1 inch
12 Volt
Sinewave (DOCXO)
10 MHz
XO5153
1.4 x 1 inch
3.3 to 12 Volt
HCMOS/Sinewave
10 - 100 MHz XO5120
1.4 x 1 inch
12 Volt
Sinewave
50 - 160 MHz XO5125
14 pin DIP
5.0 Volt
HCMOS/TTL
10 - 20 MHz
XO5160
14 pin DIP
12.0 Volt
HCMOS/TTL
10 - 20 MHz
XO5161
14 pin DIP
5.0 Volt
Sinewave
10 - 20 MHz
XO5162
14 pin DIP
12.0 Volt
Sinewave
10 - 20 MHz
XO5163
14 pin DIP
3.3 Volt
HCMOS
10 - 20 MHz
XO5164
Family
Page
Number
36
XO5180 Series
1x0.87 inch, 5.0 Volt, HCMOS or Sinewave, OCXO
•
Surface mount package offering both AT and SC-cut
crystals
•
Ideal for microwave radios (short haul), base stations and
test equipment applications where size and package style
(SMT) are critical
O
C
X
O
Pin Numbers shown for reference only.
Dimemsions are in inches (mm).
37
XO5184-1588-R Series
Synchronous Ethernet HCMOS SMT or Through Hole OCXO
Parameter
Frequency Range
Initial Accuracy
Symbol
F
Min.
10.000
Max.
20.000
Units
MHz
FI
-0.5
+0.5
ppm
-4.6
+4.6
ppm
∆FT/F
-10
+10
ppb
∆FVDD/F
-2
+2
ppb
Overall
vs Temperature
vs Supply Voltage
1 x 10
Holdover/Day
Output Type
Output Load
Symmetry (duty cycle)
Rise/Fall Time
Typ.
-11
Short Term Stability
Electrical Specifications
•
Ideal for IEEE-1588 Synchronized Ethernet
Applications
Specifically designed for 10 MHz, 12.8 MHz and 20
MHz Frequencies
-1
TDC
TR/TF
Logic “1” Level
VOH
Logic “0” Level
VOL
40
HCMOS
15
50
per sec.
-10
Storage Temperature
Operating Voltage
TS
VDD
-45
3.135
3.3
@ 25°C at time of
shipment
Over 20 years
Over operating
temperature range
5% change in voltage
Allan Deviation Tau = 1
sec.
Constant voltage and load;
<±3%°C change in 24
hours after 30 days of
continuous operation
ppb
60
10
pF
%
ns
@ 50% of waveform
From 10% to 90% VOUT
V
HCMOS Load
10%
VDD
TA
Conditions
+1
90%
VDD
V
HCMOS Load
+70
°C
Other temperature ranges
are available, please
contact the factory
+85
3.465
°C
V
Mechanical Shock
Vibration
Hermeticity
Solderability
Soldering Conditions
Steady state @ 25°C in
still air
3.5
Watts
@ warm-up
Time to be within ±0.1
ppm of the frequency after
3
Minutes
1 hour of operation @
25°C
-130
dBc/Hz 100 Hz
-145
dBc/Hz 1 kHz
-150
dBc/Hz 10 kHz
-150
dBc/Hz 100 kHz
Per MIL-STD-202, Method 213, (2000 g’s, 0.3 ms duration, ½ sinewave)
Per MIL-STD-202, Method 201 & 204 (10 g’s from 20-2000 Hz)
Per MIL-STD-202, Method 112, Test Condition D
Per EIAJ-STD-002
See solder profile
RoHS
Full RoHS 6 Compliance
Power Consumption
Warm-up Time
(Restabilization)
Phase Noise (typical)
Environmental
•
1.25
Watts
38
SMT Package
Please contact the factory for other surface mount configurations.
Pin
Function
Part Marking
1
N/C
Line 1
MtronPTI
2
N/C
Line 2
XO5184-1588
3
Supply Voltage
Line 3
Frequency
4
RF Output
Line 4
Serial Number
5
N/C
Line 5
YYWW
6
N/C
7
Case Ground
Suggested Solder Pad Layout
Through Hole Package
Pin
Part Marking
Function
1
Vtune
2
N/C
3
N/C
Line 1
MtronPTI
Line 2
XO5184-1588
7
Vref
Line 3
Frequency
8
Ground
Line 4
Serial Number
9
Ground
Line 5
YYWW
10
RF Output
16
Supply
39
O
C
X
O
Parameter
Frequency Range
Initial Accuracy
Symbol
F
Min.
10.000
Max.
20.000
Units
MHz
FI
-0.5
+0.5
ppm
-4.6
+4.6
ppm
∆FT/F
-10
+10
ppb
∆FVDD/F
-2
+2
ppb
Overall
vs Temperature
vs Supply Voltage
1 x 10
Holdover/Day
Output Type
Output Load
Rise/Fall Time
Typ.
-11
Short Term Stability
•
Ideal for IEEE-1588 Synchronized Ethernet
Applications
Specifically designed for 10 MHz, 12.8 MHz and 20
MHz Frequencies
-1
TDC
TR/TF
40
HCMOS
15
50
per sec.
VOH
Logic “0” Level
VOL
TA
-10
Storage Temperature
Operating Voltage
TS
VDD
-45
3.135
3.3
Conditions
@ 25°C at time of
shipment
Over 20 years
Over operating
temperature range
5% change in voltage
Allan Deviation Tau = 1
sec.
Constant voltage and load;
<±3%°C change in 24
hours after 30 days of
continuous operation
+1
ppb
60
10
pF
%
ns
@ 50% of waveform
From 10% to 90% VOUT
V
HCMOS Load
10%
VDD
V
HCMOS Load
+70
°C
Other temperature ranges
are available, please
contact the factory
+85
3.465
°C
V
90%
VDD
Logic “1” Level
Mechanical Shock
Vibration
Hermeticity
Solderability
Steady state @ 25°C in
still air
3.5
Watts
@ warm-up
Time to be within ±0.1
ppm of the frequency after
3
Minutes
1 hour of operation @
25°C
-130
dBc/Hz 100 Hz
-145
dBc/Hz 1 kHz
-150
dBc/Hz 10 kHz
-150
dBc/Hz 100 kHz
Per MIL-STD-202, Method 213, (2000 g’s, 0.3 ms duration, ½ sinewave)
Per MIL-STD-202, Method 112, Test Condition D
Per EIAJ-STD-002
See solder profile
RoHS
Full RoHS 6 Compliance
Power Consumption
Warm-up Time
(Restabilization)
Phase Noise (typical)
Environmental
•
1.25
Watts
40
SMT Package
Please contact the factory for other surface mount configurations.
Pin
Part Marking
Line 1
MtronPTI
1
Line 2
XO5084-1588
4
Line 3
Customer P/N (option)
Line 4
Frequency
Line 5
YYWW
Function
RF Output
Case Ground
7
V Tune
13
V Ref
17
Oven Ready
19
Supply Voltage
2,6,15
N/C
Suggested Solder Pad Layout
Through Hole Package
Part Marking
Pin
Function
Line 1
MtronPTI
1
RF Output
Line 2
XO5084-1588
2
Case Ground
Line 3
Customer P/N (option)
3
N/C
Line 4
Frequency
4
N/C
Line 5
YYWW
5
Supply Voltage
41
O
C
X
O
XO5080 Series
1 x 1 inch, 5.0 Volt, HCMOS or Sinewave, OCXO
•
Surface mount package offering both AT
and SC-cut crystals
•
Ideal for microwave radios (short haul), base
stations and test equipment applications
where size and package style (SMT) are
critical
42
XO5153 Series
1.4 x 1 inch, Double OCXO (DOCXO)
•
•
•
High performance stability and aging
Double oven design
±0.25 ppb stability performance over wide
operating temperature (-40°C to +75°C)
Excellent warm-up performance
Excellent phase noise performance
Package fits standard Euro footprint
Low “g” version available
•
•
•
•
O
C
X
O
Function
Tuning Voltage
N/C
Supply Voltage
RF Output
Ground/Case
Parameters
Nominal Frequency
Frequency Vs.
Temperature
Min.
FO
Frequency Vs. Supply
Frequency Vs. Aging
Allan Deviation
Storage Temperature
Environmental
Pin
1
2
3
4
5
Typ.
10.000000
-0.1
-0.6
Max.
Unit
MHz
Conditions
0.5
ppb
+0.1
+0.6
ppb
ppm
pk-pk
± 100 mV supply voltage
change.
For 10 years.
For 1 sec.
-12
OTR
TSTG
Warm-Up Time
Frequency Adjustment
Frequency Adjust Voltage
Supply Voltage
Turn-On Supply Power
Steady State Power
Output Type
Output Level
Output Load Impedance
Spurious Content
Harmonic Content
SSB Phase Noise
VS
7 X 10
-40
+75
-55
+105
-8
To be within 2 X 10 at 5min
relative to 1 hr.
± 0.8
0
+11.4
+6.0
+12.0
1.7
Sine wave
+9.0
50
-95
-132
-155
-158
-160
-160
± 2.0
+5.0
+12.6
6.0
1.9
+12.0
-70
-20
-90
-125
-148
-155
-158
-158
°C
°C
ppm
VDC
VDC
W
W
dBm
ȍ
dBc
dBc
dBc/Hz
dBc/Hz
dBc/Hz
dBc/Hz
dBc/Hz
dBc/Hz
@ +25°C. Supply = 12
VDC.
Sufficient to cover all
tolerances for 10 years.
Positive tuning slope.
Pin 1
All temperatures
In still air at +25°C
± 5%
@ 1 Hz offset
@ 10 Hz offset
@ 100 Hz offset
@ 1 kHz offset
@ 10 kHz offset
@ 100 kHz offset
Per MIL-STD-202G, Method 213, Condition A, 50 g peak, half-sine. Survival
only with power applied.
Per MIL-STD-202G, Method 214, Condition IA (0.02 g2/Hz, 100 Hz to 1000
Hz) Survival only with power applied
1.083” X 1.437” X 0.765” 5-pin through hole
Mechanical Shock
Mechanical Vibration
Package Type
43
XO5120 Series
1.4x1 inch, HCMOS or Sinewave, OCXO
•
•
•
•
•
Most precise single, OCXO in the industry
Stability to ±2 ppb (commercial temperature)
and ±3 ppb (industrial temperature)
Excellent phase noise performance (-155 dBc
at 10kHz offset)
Custom capabilities for specific application
optimization
RoHS 5/6 now - RoHS 6/6 in development
* Pin #6 may be
enabled as “Oven
Ready”, No Connection,
or removed entirely.
44
XO5125 Series
1.4 x 1 inch, 12 Volt, Sinewave, OCXO
•
Ideal for Precision Instrumentation, ATE
Systems, Radar, Synthesizers and other
applications dependent upon low noise
reference oscillators
•
Ultra Low Phase Noise
(-168 dBc Floor)
O
C
X
O
45
XO5160 - XO5164 Series
14 pin DIP, 3.3, 5.0 or 12.0 Volt, HCMOS/TTL/Sinewave, OCXO
•
•
•
Standard DIP/DIL package offering tight
stabilities, fast warm-up, and low current
Ideal for PCS base stations, cellular base
stations, phase locking, and SAR/SAT
applications
SMT Surfboard Option
DIP Package “D”
M7003Sxxx, M7006Sxxx, M7007Sxxx, M7008Sxxx
& M7009Sxxx - Contact factory for datasheets.
SMTPackage “S”
Pin Connections
46
XO5160 - XO5164 Series
14 pin DIP, 3.3, 5.0 or 12.0 Volt, HCMOS/TTL/Sinewave, OCXO
O
C
X
O
47
TCXO Selection Guide
Package
Size
Supply
Voltage
Output
Logic
Frequency
Family
Range
Type
5 x 7 mm
3.0 Volt
Sinewave
12.6 - 26 MHz M6029
TCXO
5x7m
3.0 Volt
12.6 - 26 MHz M6030
TCVCXO
5 x 7 mm
3.0, 3.3 &
5.0 Volt
8 - 52 MHz
M610x
TCXO/
Stratum 3 TCVCXO
5 x 7 mm
3.0, 3.3 &
5.0 Volt
Sinewave
HCMOS/
Clipped
Sinewave
HCMOS/
Clipped
Sinewave
8 - 52 MHz
M611x
TCXO/
TCVCXO
5 x 7 mm
3.0, 3.3 &
5.0 Volt
HCMOS/
Clipped
Sinewave
8 - 52 MHz
M616x
TCXO/
TCVCXO
5 x 7 mm
1.8, 2.5 &
3.3 Volt
LVPECL/LVDS 50 - 1400
/CML/HCMOS MHz
M630x
TCXO/
TCVCXO
3.0, 3.3 &
5.0 Volt
HCMOS/
Clipped
Sinewave
8 - 130 MHz
M613x
TCXO/
TCVCXO
0.84 x 0.46 inch
3.0, 3.3 &
5.0 Volt
HCMOS/
Clipped
Sinewave
8 - 52 MHz
M612x
TCXO
1.1 x 0.7 inch
3.3 & 5.0
Volt
HCMOS/
Sinewave
10 - 125 MHz
XO3080
TCXO
9 x 14 mm
Page
Number
48
M6029 and M6030 Series
5x7 mm, 3.0 Volt, Clipped Sinewave, TCXO/TCVCXO
Miniature size
Ideal for handheld and
portable devices
DENOTES PIN 1
Environmental
•
•
PARAMETER
Frequency Range
Storage Temperature
Frequency Stability
Aging
1st Year
Thereafter (per year)
Control Voltage
Tuning Range
Input Voltage
Input Current
Output Type
Load
Output Level
Start up Time
Phase Noise (Typical)
Symbol
F
TA
TS
F/F
Min.
Typ.
Max.
12.6
26
(See Ordering Information)
-30
+75
(See Ordering Information)
Units
MHz
Vc
-1
-1
0.5
±5
2.85
ppm
ppm
V
ppm/V
V
mA
Vdd
Idd
1.5
3.0
+1
+1
2.5
±15
3.15
2.5
Condition/Notes
C
@25 C
@25 C
M6030
M6030
Clipped Sinewave
10 ohms || 10pF
0.8
100 Hz
-80
5
100 Hz
-110
1 kHz
-130
V
ms
10 kHz
-145
Shock
MIL-STD-202, Method 213, Condition C
Vibration
MIL-STD-202, Method 201 & 204
Solderability
Max Soldering Conditions
EIAJ-STD-002
See solder profile, Figure 1
pk-pk
Offset from carrier
dBc/Hz
100 g
10 g from 10 to
2000 Hz
Clipped Sinewave Load – see load circuit diagram #7.
49
T
C
X
O
M610x Series Stratum 3
5 x 7 mm, 3.0, 3.3 & 5.0 Volt, HCMOS or Clipped Sinewave,
Precision TCXO/TCVCXO
N (10 Pad)
Package Option
Features:
• Stratum 3 performance with hold-over
stability (0.32 ppm) over industrial
temperature range (-40 °C to +85 °C)
• Available in both 10 and 4/5 pads
configurations
• 3.0 V, 3.3 V and 5.0 V versions
• Low phase noise and Excellent
G-Sens performance: 1.5ppb/G
• Tri-state Function available
Package Code N (10 Pad)
Package Code T (4/5 Pad)
4/5 Pad Pin Connections
Function
Pad
Vcontrol
1
N/C - Do Not Connect
A
B
Ground
2
C
Output
3
Tristate or
4
Power
5
D
10 Pad Pin Connections
Function
Pad
Vref or N/C
1
2
3
Ground
4
Output
5
6
7
Tristate
8
Supply Voltage (Vs)
9
Control Voltage
10
All measurements are in inches (mm). For Suggested Solder Pad Layouts, please see full datasheets at www.mtronpti.com.
50
M610x Series Stratum 3
Parameter
Frequency Range
Storage Temperature
Frequency Tolerance @ +25°C
Frequency Stability
Symbol
FO
TA
TSTG
Stability Vs. Reflow
Frequency Vs. Load
Supply Voltage Tolerance
Supply Current (ID)
Output Logic Levels
(HCMOS)
Output Level
(Clipped Sinewave)
Waveform Symmetry
Rise/Fall Time
Output Load
Control Voltage Range
Input Leakage Current
Input Resistance
Linearity
Modulation Bandwidth
Tristate Function
Tristate Leakage Current
Phase Noise
Min.
8
-40
-55
-1.0
-0.28
-4.6
-0.32
-1.0
-95
dBc/Hz
dBc/Hz
dBc/Hz
dBc/Hz
2.2
3.5
6.0
1.5
1.8
3.0
80
1.0
0.8
40
+1.0
±0.1
±0.1
+5.0
3.3
5.0
9.2
2.2
2.7
4.5
20
Units
MHz
°C
°C
ppm
ppm
ppm
ppm
-125
-145
-152
-155
-5.0
VOL
VOH
Max.
52
+85
+125
+1.0
+0.28
+4.6
+0.32
ppm
ppm
ppm
%
mA
mA
mA
mA
mA
mA
%VS
%VS
Vpk-pk
Vpk-pk
%
ns
pF
Kohm/pF
ppm
Volts
Volts
Volts
µA
Kohm
%
kHz
%VS
%VS
µA
dBc/Hz
±0.02
±0.02
60
8
15
10/10
±9.2
0.3
0.3
0.5
-50
100
2.7
3.0
4.5
+50
3
2
70
30
+100
-100
(Typical 10 MHz CMOS)
Environmental
Typ.
Shock
Vibration
Solderability
Package
MIL-STD-202, Methods 201 & 204
EIAJ-STD-002
5.0 x 7.0 x 2.0 mm, SMT
See solder profile
Conditions/Notes
Contact factory above 40 MHz
See Ordering Information
For TCXO only
Stability vs. Temperature
Overall stability for 10 years
Holdover stability for 24 hours over
operating temperature
For 5% supply voltage variation
For 5% load variation
HCMOS output at 13 MHz
Clipped sinewave output at 13 MHz
IOH/IOL = ± 4 mA, Vs = +3.0 V
IOH/IOL = ± 4 mA, Vs = +3.0 V
Fo < 40 MHz
Fo > 40 MHz
Ref. to ½ VS. HCMOS only
Ref. 10% to 90%. HCMOS only
HCMOS output
Clipped sinewave output
Over Control Voltage Range
For VS = 3.0
For VS = 3.3
For VS = 5.0
Output enabled. Logic “1” or “Open”
Output disabled. Logic “0” or “GND”
10 Hz Offset
100 Hz Offset
1 KHz Offset
10 KHz Offset
100 kHz Offset
100 g
10 g from 10 to 2000 Hz
RoHS Compliant
51
T
C
X
O
M611x Series
N (10 Pad)
Package Option
Features:
• Tight stability performance
• (+/-0.3 ppm) over Industrial
Temperatures (-40 °C to +85 °C)
• (+/-0.2ppm) over Commercial
Temperatures (0 to 70C)
• Available in both 10 and 4/5 pads
configurations
• 3.0 V, 3.3 V and 5.0 V versions
• Low phase noise and Excellent G-Sens
performance: 1.5ppb/G
• Tri-state Function available
Package Code N (10 Pad)
Package Code T (4/5 Pad)
4/5 Pad Pin Connections
Function
Pad
Vcontrol
1
A
B
Ground
2
C
Output
3
Tristate or
4
Power
5
D
10 Pad Pin Connections
Function
Pad
Vref or N/C*
1
2
3
Ground
4
Output
5
6
7
Tristate
8
Supply Voltage (Vs)
9
Control Voltage
10
*Vref is not available for stabilities
less than ±1.0 ppm
All measurements are in inches (mm). For Suggested Solder Pad Layouts, please see full datasheets at www.mtronpti.com.
52
M611x Series
Parameter
Frequency Range
Storage Temperature
Frequency Stability
Symbol
FO
TA
TSTG
Frequency Vs. Load
Aging (First Year)
Aging (First Year)
Aging (10 Year)
Aging (10 Year)
Supply Current (ID)
Output Logic Levels
(HCMOS)
Output Level
(Clipped Sinewave)
Waveform Symmetry
Rise/Fall Time
Output Load
Input Resistance
Linearity
Tristate Function
Phase Noise
Min.
8
-40
-55
-1.0
-1.0
-1.0
-2.0
-3.0
-5.0
-5.0
VOL
VOH
80
1.0
0.8
40
±9.2
0.3
0.3
0.5
-50
100
Max.
52
+85
+125
+1.0
Units
MHz
°C
°C
ppm
+1.0
ppm
±0.02
±0.1
ppm
±0.02
±0.1
ppm
+1.0
ppm
+2.0
ppm
+3.0
ppm
+5.0
ppm
+5.0
%
2.2
3.3
mA
3.5
5.0
mA
6.0
9.2
mA
1.5
2.2
mA
1.8
2.7
mA
3.0
4.5
mA
20
%VS
%VS
Vpk-pk
Vpk-pk
60
%
8
ns
15
pF
10/10
Kohm/pF
ppm
2.7
Volts
3.0
Volts
4.5
Volts
+50
µA
Kohm
3
%
2 kHz
70
Conditions/Notes
For TCXO only
(Fmax – Fmin)/2
F0 < 20 MHz
F0 > 20 MHz
F0 < 20 MHz (Includes first year)
F0 > 20 MHz (Includes first year)
IOH/IOL = ± 4 mA, Vs = +3.0 V
IOH/IOL = ± 4 mA, Vs = +3.0 V
Fo < 40 MHz
Fo > 40 MHz
HCMOS output
For VS = 3.0
For VS = 3.3
For VS = 5.0
-95
%VS
%VS
µA
dBc/Hz
10 Hz Offset
-125
-145
-152
-155
dBc/Hz
dBc/Hz
dBc/Hz
dBc/Hz
100 Hz Offset
1 KHz Offset
10 KHz Offset
100 kHz Offset
30
+100
-100
Environmental
Typ.
Shock
Vibration
Solderability
Package
EIAJ-STD-002
5.0 x 7.0 x 2.0 mm, SMT
See solder profile
100 g
10 g from 10 to 2000 Hz
RoHS Compliant
53
T
C
X
O
M616x Series
Ordering Information
M616x
N (10 Pad)
Package Option
•
•
•
•
•
•
Tight stability performance
(0.2 ppm) over Industrial
Temperatures (-40°C to +85°C)
(0.10 ppm) over Commercial
Temperatures (0°C to 70°C)
Available in 10 pad and 14 DIP
configurations (Contact factory for 14 DIP)
3.0 V, 3.3 V and 5.0 V versions
Low phase noise performance
Tri-state Function standard
Low G-sensitivity (0.6 ppb/G) version
available
1
J
T
C
T
00.0000
MHz
Product Series
M6160: 5.0 V
M6161: 3.3 V
M6162: 3.0 V
M6163: 5.0 V Low G
M6164: 3.3 V Low G
M6165: 3.0 V Low G
Temperature Range
1: 0ºC to +70ºC
8: 0ºC to +50ºC
2: -40ºC to +85ºC F: -30ºC to +75ºC
6: -20ºC to +70ºC
Stability
L: ±4.6 ppm
H: ±2.5 ppm
K: ±2.0 ppm
J: ±1.0 ppm
G: ±0.5 ppm
P: ±0.3 ppm
M: ±0.2 ppm
Q: ±0.14 ppm
N: ±0.10 ppm
Output Type
T: Voltage Controlled With Tristate
F: No Voltage Control With Tristate
Output Waveform
C: HCMOS
S: Clipped Sine Wave
Package/Lead Configurations
N: 10 Pad Leadless Ceramic D: 14 DIP
Frequency (customer specified)
M6160Sxxx, M6161Sxxx, M6162Sxxx, M6163Sxxx, M6164Sxxx &
M6165Sxxx - Contact factory for datasheets.
Pin Connections
Function
Pad
1
2
3
Ground
4
Output
5
6
7
Tristate
8
Supply Voltage (Vs)
9
Control Voltage
10
SUGGESTED SOLDER PAD LAYOUT
54
M616x Series
Parameter
Frequency Range
Storage Temperature
Frequency Stability
Symbol
FO
TA
TSTG
Frequency Vs. Load
Aging (First Year)
Aging (First Year)
Aging (10 Year)
Aging (10 Year)
Supply Current (ID)
Output Logic Levels
(HCMOS)
Output Level
(Clipped Sinewave)
Waveform Symmetry
Rise/Fall Time
Output Load
G-Sensitivity
Input Resistance
Linearity
Tristate Function
Phase Noise
Min.
8
-40
-55
-1.0
-1.0
-1.0
-2.0
-3.0
-5.0
-5.0
2.0
3.0
5.5
1.3
1.7
2.8
VOL
VOH
80
1.0
0.8
40
-5.0
0.3
0.3
0.5
-50
100
Max.
52
+85
+125
+1.0
Units
MHz
°C
°C
ppm
+1.0
ppm
±0.02
±0.1
ppm
±0.02
±0.1
ppm
+1.0
ppm
+2.0
ppm
+3.0
ppm
+5.0
ppm
+5.0
%
3.0
mA
4.0
mA
6.5
mA
1.9
mA
2.3
mA
3.5
mA
20
%VS
%VS
Vpk-pk
Vpk-pk
60
%
6.5
ns
15
pF
10/10
Kohm/pF
+5.0
ppm
0.6
ppb/g
2.7
Volts
3.0
Volts
4.5
Volts
+50
µA
Kohm
5
%
2 kHz
70
Conditions/Notes
For TCXO only
(Fmax – Fmin)/2
F0 < 20 MHz
F0 > 20 MHz
IOH/IOL = ± 4 mA, Vs = +3.0 V
IOH/IOL = ± 4 mA, Vs = +3.0 V
Fo < 40 MHz
Fo > 40 MHz
HCMOS output
For VS = 3.0
For VS = 3.3
For VS = 5.0
-98
%VS
%VS
µA
dBc/Hz
10 Hz Offset
-125
-145
-154
-156
dBc/Hz
dBc/Hz
dBc/Hz
dBc/Hz
100 Hz Offset
1 KHz Offset
10 KHz Offset
100 kHz Offset
30
+100
-100
Environmental
Typ.
Shock
Vibration
Solderability
Package
EIAJ-STD-002
5.0 x 7.0 mm, SMT and DIP
See solder profile
100 g
10 g from 10 to 2000 Hz
RoHS Compliant
55
T
C
X
O
M630x Series
5x7 mm, 3.3/2.5/1.8 Volt, LVPECL/LVDS/CML/CMOS, TCXO/TCVCXO
QiK Chip™
Features:
TCXO/TCVCXO Featuring QiK
ChipTM Technology
Superior Jitter Performance
(comparable to SAW based)
Frequencies from 50 MHz to 1.4 GHz
Designed for a short 2 week cycle
time
Applications:
Telecommunications such as SONET
/ SDH / DWDM / FEC / SERDES /
OC-3 thru OC-192
Wireless base stations / WLAN /
Gigabit Ethernet
Avionic flight controls and military
communications
PIN 1 ENABLE
Pad1: Enable/Disable
Pad2: N/C
Pad3: Ground
Temperature vs. Stability
Pad4: Output Q (LVPECL, LVDS, CML)
S
Pad6: Vcc
T
PIN 2 ENABLE
Pad1: N/C, V Control
A = Available
N = Contact Factory
Pad2: Enable/Disable
Pad3: Ground
Pad6: Vcc
56
M630x Series
5x7 mm, 3.3/2.5/1.8 Volt, LVPECL/LVDS/CML/CMOS, TCXO/TCVCXO
Parameter
Frequency Range
Storage Temperature
Frequency Stability
Frequency Tolerance at +25°C
Frequency Vs. Aging
Symbol
F
TA
TSTG
Frequency Vs. Supply Voltage
Frequency Vs. Reflow
Frequency Vs. Load
Operating Voltage
Operating Current
Vcc/Vs/Vdd
ICC
Rise/Fall Time
Tr/Tf
Logic “1” Level
VOH
Logic “0” Level
VOL
Common Mode Output Voltage
Symmetry (Duty Cycle)
Vcm
Output Voltage Level
Tuning Range
Voltage Control Range
Output Skew
Min.
Typ.
Max.
50
1400
50
135
-55
+125
-1.0
+1.0
-3.0
+ 3.0
-1.0
+ 1.0
± 0.4
±
0.75
± 0.2
3.135
3.3
3.465
2.375
2.5
2.625
1.71
1.8
1.89
125
100
110
90
0.35
6
VCC-1.02
90% Vdd
VCC-1.63
10% Vdd
1.2
45
55
55
45
45
55
0.7
0.95
1.2
±5
0.3
1.35
3.0
20
15
20
Units
MHz
MHz
°C
°C
ppm
ppm
ppm
ppm
ppm
ppm
Conditions/Notes
LVPECL, LVDS, CML (Note 4)
CMOS
ppm
V
V
V
mA
mA
mA
mA
ns
ns
V
V
V
V
V
%
%
%
Vp-p
ppm
V
ps
ps
ps
5% supply voltage variation
M6300
M6301
M6302
LVPECL
LVDS
CML
CMOS
PECL, LVPECL, LVDS
CMOS
LVPECL
CMOS
LVPECL
CMOS
LVDS
@ 50% Vdd (CMOS)
@ 50% of waveform (LVPECL)
@ 1.25 V (LVDS)
CML
VCTCXO only. See Note 2.
VCTCXO. Pad 2 only.
LVPECL
CML
LVDS
See Note 3
LVPECL
LVDS, CML
Output Load
50 ȍ to (VCC-2)
VDC 100 ȍ
Differential
15
80%
Enable/Disable Function
10 Hz
-60
-73
-80
80%
100 Hz
-90
-97
-102
1 kHz
-120
-123
-130
0.5
0.5
V
V
10 kHz
-127
-131
-137
100 kHz
-133
-136
-141
st
1 year
Per year thereafter.
5% voltage variation
2 reflows max.
CMOS
Outputs enabled (Option B or G)
Outputs disabled
Outputs enabled (Option S or M)
Outputs disabled
Offset from carrier
dBc/Hz
dBc/Hz
dBc/Hz
Environmental
Phase Noise (Typical)
@ 622.080 MHz (LVPECL)
@ 100.000 MHz (HCMOS)
@ 50.000 MHZ (HCMOS)
pF
See Note 1
Shock
Per MIL-STD-202, Method 213, Condition C
Vibration
Per MIL-STD-202, Methods 201 & 204
Solderability
Per EIAJ-STD-002
-8
Hermeticity
1 X 10 atm cc/sec of helium (Crystal only)
Thermal Shock
Per MIL-STD-883, Method 1011, Condition A
Thermal Cycle
Per MIL-STD-883, Method 1010, Condition B
Note 1: Contact factory for less than ± 1ppm frequency stability.
Note 2: Contact factory for other Tuning Range options.
Note 3: See Load Circuit Diagram in this data sheet.
Note 4: Contact factory for frequencies over 945 MHz.
57
T
C
X
O
M613x Series
9x14 mm, 3.0, 3.3 & 5.0 Volt, HCMOS or Clipped Sinewave
M6131
1
J
T
C
N
00.0000
MHz
Product Series
M6130: 5.0 V M6133: 5.0 V Low G
M6131: 3.3 V M6134: 3.3 V Low G
M6132: 3.0 V M6135: 3.0 V Low G
Temperature Range
1: 0ºC to +70ºC
8: 0ºC to +50ºC
2: -40ºC to +85ºC F: -30ºC to +75ºC
6: -20ºC to +70ºC
Stability
L: ±4.6 ppm
H: ±2.5 ppm
K: ±2.0 ppm
•
•
•
•
•
Low G sensitivity option (0.6
ppb/g)
(Lower versions available.)
High vibration operation (up
to 20g)
High shock operation
Frequency: 8 - 130 MHz
J: ±1.0 ppm
G: ±0.5 ppm
P: ±0.3 ppm
M: ±0.2 ppm
Output Type
T: Voltage Controlled With Tristate*
F: No Voltage Control With Tristate*
Output Waveform
C: HCMOS
K: FR4 6 Pad
* Tristate not available above 52 MHz
Pad 1: Vc or N/C
Pad 2: Tristate or N/C
Pad 3: Ground
Pad 4: Output
Pad 5: Do Not Connect
Pad 6: +Vdd
58
M613x Series
9x14 mm, 3.0, 3.3 & 5.0 Volt, HCMOS or Clipped Sinewave
Parameter
Frequency Range
Storage Temperature
Frequency Stability
Symbol
FO
TA
TSTG
Frequency Vs. Supply (±5%)
Min.
8
-40
-55
-1.0
-1.0
Frequency Vs. Load (±5%)
Aging (First Year)
Aging (First Year)
Aging (10 Year)
Aging (10 Year)
Supply Current (ID)
Output Logic Levels
(HCMOS)
Output Level
(Clipped Sinewave)
Waveform Symmetry
Rise/Fall Time
Output Load
Frequency Adjustment (Pad 1)
Control Voltage Range (Pad 1)
Input Resistance
Linearity
Tristate Function (Pad 2)
Phase Noise
Environmental
Shock
Vibration
Thermal Shock
Moisture Resistance
ESD Handling
Solderability
Package Type
-1.0
-2.0
-3.0
-5.0
-5.0
VOL
VOH
80
1.0
0.8
40
±9.2
0.3
0.3
0.5
-50
100
Typ.
Max.
130
+85
+125
+1.0
Units
MHz
°C
°C
ppm
+1.0
ppm
±0.02
±0.1
ppm
±1.5
±0.3
ppm
±0.02
±0.1
ppm
±1.5
±0.3
ppm
+1.0
ppm
+2.0
ppm
+3.0
ppm
+5.0
ppm
+5.0
%
2.2
3.3
mA
3.5
5.0
mA
6.0
9.2
mA
20
35
mA
1.5
2.2
mA
1.8
2.7
mA
3.0
4.5
mA
20
%VS
%VS
Vpk-pk
Vpk-pk
60
%
8
ns
15
pF
10/10
Kohm/pF
ppm
2.7
Volts
3.0
Volts
4.5
Volts
+50
µA
Kohm
3
%
2 kHz
70
30
+100
-100
-95
-125
-145
-152
-155
MIL-STD-883, Method 2002, Condition B
MIL-STD-883, Method 2007, Condition A
MIL-STD-883, Method 1004
JESD625 or equivalent
6-Pad 9.02 x 13.97 x 5.4 mm, FR-4 SMT
See solder profile
Conditions/Notes
For TCXO only
(Fmax – Fmin)/2
%VS
%VS
µA
dBc/Hz
Up to 52 MHz
>52 MHz
Up to 52 MHz
>52 MHz
F0 < 20 MHz
F0 > 20 MHz
IOH/IOL = ± 4 mA, Vs = +3.0 V
IOH/IOL = ± 4 mA, Vs = +3.0 V
Fo < 40 MHz
Fo > 40 MHz
HCMOS output
For VS = 3.0
For VS = 3.3
For VS = 5.0
Pad 1
Pad 1
Pad 1 Positive Slope
Pad 1
Pad 2
10 Hz Offset
dBc/Hz
dBc/Hz
dBc/Hz
dBc/Hz
100 Hz Offset
1 KHz Offset
10 KHz Offset
100 kHz Offset
59
T
C
X
O
M612x Series
0.84 x 0.46 inches, 3.0, 3.3, 5.0 Volt, HCMOS or Clipped Sinewave,
SMT TCXO
•
•
•
Low G sensitivity
(0.6 ppb/g typical for
standard version.
Lower versions
available.)
High vibration
operation (up to 20g)
High shock operation
M611x
1
J
T
C
N
00.0000
MHz
Product Series
M6120: 5.0 V
M6121: 3.3 V
M6122: 3.0 V
Temperature Range
1: 0ºC to +70ºC
8: 0ºC to +50ºC
2: -40ºC to +85ºC F: -30ºC to +75ºC
6: -20ºC to +70ºC
Stability
L: ±4.6 ppm
H: ±2.5 ppm
K: ±2.0 ppm
J: ±1.0 ppm
G: ±0.5 ppm
P: ±0.3 ppm
M: ±0.2 ppm
Output Type
T: Voltage Controlled With Tristate
F: No Voltage Control With Tristate
Output Waveform
C: HCMOS
N: 10 Pad Leadless Ceramic T: 4/5 Pad Leadless Ceramic
60
M612x Series
0.84 x 0.46 inches, 3.0, 3.3, 5.0 Volt, HCMOS or Clipped Sinewave,
SMT TCXO
Parameter
Frequency Range
Storage Temperature
Frequency Stability
Symbol
FO
TA
TSTG
G-Sensitivity
Frequency Vs. Load
Aging (First Year)
Aging (First Year)
Aging (10 Year)
Aging (10 Year)
Supply Current (ID)
Output Logic Levels
(HCMOS)
Output Level
(Clipped Sinewave)
Waveform Symmetry
Rise/Fall Time
Output Load
Input Resistance
Linearity
Tristate Function
Phase Noise
Min.
8
-40
-55
-1.0
-1.0
-1.0
-2.0
-3.0
-5.0
-5.0
VOL
VOH
80
1.0
0.8
40
±9.2
0.3
0.3
0.5
-50
100
Max.
52
+85
+125
+1.0
Units
MHz
°C
°C
ppm
0.6
ppb/g
+1.0
ppm
±0.02
±0.1
ppm
±0.02
±0.1
ppm
+1.0
ppm
+2.0
ppm
+3.0
ppm
+5.0
ppm
+5.0
%
2.2
3.3
mA
3.5
5.0
mA
6.0
9.2
mA
1.5
2.2
mA
1.8
2.7
mA
3.0
4.5
mA
20
%VS
%VS
Vpk-pk
Vpk-pk
60
%
8
ns
15
pF
10/10
Kohm/pF
ppm
2.7
Volts
3.0
Volts
4.5
Volts
+50
µA
Kohm
3
%
2 kHz
70
Conditions/Notes
For TCXO only
(Fmax – Fmin)/2
F0 < 20 MHz
F0 > 20 MHz
IOH/IOL = ± 4 mA, Vs = +3.0 V
IOH/IOL = ± 4 mA, Vs = +3.0 V
Fo < 40 MHz
Fo > 40 MHz
HCMOS output
For VS = 3.0
For VS = 3.3
For VS = 5.0
-95
%VS
%VS
µA
dBc/Hz
10 Hz Offset
-125
-145
-152
-155
dBc/Hz
dBc/Hz
dBc/Hz
dBc/Hz
100 Hz Offset
1 KHz Offset
10 KHz Offset
100 kHz Offset
30
+100
-100
Environmental
Typ.
Shock
Vibration
Solderability
Package
EIAJ-STD-002
5.0 x 7.0 x 2.0 mm, SMT
See solder profile
100 g
10 g from 10 to 2000 Hz
RoHS Compliant
61
T
C
X
O
XO3080 Series
1.1x0.7 inch, 3.3 & 5.0 Volt, HCMOS/Sinewave, TCXO
•
All output types
•
VCTCXO version available
M6035Sxxx - Contact factory for datasheet.
HCMOS Load - see load circuit diagram #2.
Sinewave load - see load circuit diagram #8.
This TCXO can be produced to these specifications, with extended
temperature range and tighter stability being cost drivers.
62
Call us at
1-800-762-8800
63
T
C
X
O
VCXO Selection Guide
Package
Size
Supply
Voltage
Output
Logic
Frequency
Range
Family
Type
5 x 7 mm
3.3 Volt
HCMOS
1.544 - 167 MHz
MV3
VCXO
5 x 7 mm
5.0 Volt
HCMOS
1.544 - 50 MHz
MV5
VCXO
5 x 7 mm
3.3 Volt
PECL/LVDS
0.750 - 800 MHz
UVV
VCXO
5 x 7 mm
3.3 Volt
PECL/LVDS
0.750 - 800 MHz
UVVJ
VCXO
M310x
QiK Chip™
VCXO
10 - 1400 MHz
M31x
QiK Chip™
VCXO
5 x 7 mm
1.8, 2.5, 3.3 Volt
PECL/LVDS/CML
5 x 7 mm
1.8, 2.5, 3.3 Volt
PECL/LVDS/CML/
CMOS
9 x 14 mm
3.3, 2.5, or 1.8 Volt PECL/LVDS/CML
150 - 1400 MHz
M320x
QiK Chip™
VCXO
1.08 x 0.69 inch
3.3, 5.0 Volt
10 - 160 MHz
XO7080
VCXO
HCMOS/Sinewave
150 - 1400 MHz
Page
Number
64
MV3 & MV5 Series
5x7 mm, 3.3 or 5.0 Volt, HCMOS, VCXO
•
General purpose VCXO with good
performance at an affordable price
DENOTES PIN 1
V
C
X
O
Pin Connections
65
UVV Series
5 x 7 mm, 3.3 Volt, LVPECL/LVDS, VCXO
•
•
Versatile VCXO to 800 MHz with good jitter
(3 ps typical)
Used in low jitter clock synthesizers and
SONET applications
DENOTES PIN 1
Pin Connections
66
UVVJ Series
5 x 7 mm, 3.3 or 5.0 Volt, HCMOS, VCXO
•
Ultra low jitter VCXO approaching SAW jitter
performance but with the temperature stability
advantage of a crystal based resonator
DENOTES PIN 1
V
C
X
O
Pin Connections
67
M310x Series
5x7 mm, 3.3/2.5/1.8 Volt, PECL/LVDS/CML, VCXO
QiK Chip™
Featuring QiK ChipTM Technology
Superior Jitter Performance (comparable to SAW based)
APR of ±50 or ±100ppm over industrial temperature range
Designed for a short 2 week cycle time
Phase Lock Loop Applications:
Telecommunications such as SONET / SDH / DWDM / FEC /
SERDES / OC-3 thru OC-192
Wireless base stations / WLAN / Gigabit Ethernet
Avionic flight controls and military communications

68
M310x Series
PARAMETER
Frequency Range
Storage Temperature
Frequency Stability
Aging
1st Year
Pullability/APR
Gain Transfer Function
Symbol
F
TA
TS
∆F/F
Control Voltage
Vc
Linearity
Input Impedance
Supply Voltage
fm
Zin
Vcc
Input Current
Load
Icc
Min.
Typ.
Max.
50
1400
(See ordering information)
-55
+125
±25
Units
MHz
-3
+3
-1
+1
90
135
180
0.18
0.90
1.62
0.25
1.25
2.25
0.30
1.65
3.0
1
5
10
500k
1M
1.71
1.8
1.89
2.375
2.5
2.625
3.135
3.3
3.465
125
ppm
ppm
45
Output Skew
Differential Voltage
Common Mode
Output Voltage
Vod
Vod
250
0.7
Vcm
Logic “1” Level
Voh
Logic “0” Level
Rise/Fall Time
Enable Function
Vol
Tr/Tf
Start up Time
Phase Jitter
@ 622.08 MHz
Environmental
°C
ppm
ppm/V
ppm/V
ppm/V
V
V
V
%
KHz
Ohms
V
V
V
mA
20
15
20
350
0.95
1.2
Vcc 1.02
55
%
450
1.20
ps
ps
ps
mV
Vpp
V
LVDS
V
Vcc -1.63
V
0.23
0.35
ns
80% Vcc min or N/C: Output active
0.5V max: Output disables to high-Z
0.5V max or N/C: Output active
80% Vcc min: Output disables to high-Z
10
ms
0.25
φJ
Mechanical Shock
Vibration
Hermeticity
Solderability
See Note 2
For ±50 ppm APR
For ±100 ppm APR
For ±200 ppm APR
@ 1.8V Vcc
@ 2.5V Vcc
@ 3.3V Vcc
Positive Monotonic
-3 dB bandwidth
@ DC
LVDS/CML
LVPECL/LVDS/CML
See Note 3
LVPECL Waveform
LVDS/CML Waveform
LVPECL: Vdd-1.3 V
LVDS: 1.25 V
LVPECL
CML
LVDS
LVDS
CML
50 Ohms to (Vcc –2) Vdc
100 Ohm differential load
Condition/Notes
See Note 1
ps RMS
LVPECL
LVPECL
@ 20/80% LVPECL, LVDS, CML
Output Option G
Output Option M
Integrated 12 kHz – 20 MHz
Per MIL-STD-202, Method 201 & 204
Per MIL-STD-202, Method 112 (1 x 10-8 atm cc/s of helium)
Per MIL-STD-883, Method 203
Note 1: Contact factory for standard frequency availability over 945 MHz.
Note 2: APR specification is inclusive of initial tolerance, deviation over temperature, shock, vibration, supply voltage, and aging
for one year at 50°C mean ambient temperature.
Note 3: See Load Circuit Diagram in this Datasheet. Consult factory with nonstandard output load requirements.
Output Waveform: LVDS/CML/PECL
LVDS Load Circuit
3.3V LVPECL Load Circuit
69
V
C
X
O
M31x Series Multiple Frequency VCXO
5x7 mm, 3.3/2.5/1.8 Volt, LVPECL/LVDS/CML/HCMOS Output
QiK Chip™
Features:
•
Multiple Output Frequencies (2, 3, or 4) - Selectable
•
QiK ChipTM Technology
•
•
Frequencies from 50 MHz - 1.4 GHz (LVDS/LVPECL/CML)
and 10 - 150 MHz (CMOS)
•
Where more than one selectable frequency is required for
different global regions, FEC (Forward Error Correction) or
selectable funcionality are required.
•
Telecommunications such as SONET / SDH / DWDM / FEC /
SERDES / OC-3 thru OC-192
•
•
M3120Sxxx, M3121Sxxx, M3122Sxxx, M3130Sxxx, M3131Sxxx, M3132Sxxx,
M3140Sxxx, M3141Sxxx, M3142Sxxx - Contact factory for datasheets.
DENOTES PIN 1
70
M31x Series Multiple Frequency VCXO
PARAMETER
Frequency Range
Symbol
F
Min.
50
10
HCMOS Load Circuit
QiK Chip™
Storage Temperature
Frequency Stability
Aging
1st Year
Pullability/APR
TA
TS
∆F/F
Control Voltage
Vc
0.18
0.25
0.30
Linearity
Input Impedance
Supply Voltage
fm
Zin
Vcc
10
500k
1.71
2.375
3.135
Input Current
Icc
Max.
Units
1400
MHz
150
MHz
-20°C to +70°C or -40°C to +85°C
+125
°C
ppm
±25
-3
-1
+3
ppm
+1
ppm
90
ppm/V
135
ppm/V
180
Ppm/V
0.90
1.62
V
1.25
2.25
V
1.65
3.0
V
1
5
%
KHz
1M
Ohms
1.8
1.89
V
2.5
2.625
V
3.3
3.465
V
125
mA
80
mA
Common Mode
Output Voltage
Logic “1” Level
pF
45
55
%
450
1.20
ps
ps
ps
mV
Vpp
V
LVDS
V
LVPECL
HCMOS
LVPECL
HCMOS
Ref. 10%-90% Vdd HCMOS
250
0.7
Vcm
20
15
20
350
0.95
1.2
Voh
Vcc -1.02
90% Vdd
Logic “0” Level
Vol
Rise/Fall Time
Tr/Tf
Vcc -1.63
V
10% Vdd
0.23
0.35
ns
6.0
ns
See Truth Table
10
ms
10
ms
Enable Function
Option G
Enable Function
Option M
Frequency Selection
Settling Time
Start up Time
Phase Jitter
@ 622.08 MHz
@ 125 MHz
0.50
1.0
ps RMS
ps RMS
Customer Specified (Pad 2)
Customer Specified (Pad 2)
To within ± 1 ppm of frequency
HCMOS (12kHz – 20 MHz)
Environmental
φJ
φJ
See Note 2
For ± 50 ppm APR
For ± 100 ppm APR
For ± 200 ppm APR
@ 1.8V Vcc
@ 2.5V Vcc
@ 3.3V Vcc
Positive Monotonic
-3 dB bandwidth
@ DC
15
Output Skew
Vod
Vod
Condition/Notes
See Note 1
LVPECL/LVDS/CML
HCMOS
Customer Specified
LVPECL/LVDS/CML
HCMOS
See Note 3
LVPECL Waveform
LVDS/CML Waveform
CMOS Waveform
LVPECL: Vdd – 1.3 V
LVDS: 1.25 V
LVPECL
CML
LVDS
LVDS
CML
Load
LVDS Load Circuit
-55
Typ.
Mechanical Shock
Per MIL-STD-202, Method 213, Condition C (100 g’s, 6 mS duration, ½ sinewave)
Vibration
Hermeticity
Per MIL-STD-202, Method 112, (1x10-8 atm. cc/s of Helium)
Thermal Cycle
Per MIL-STD-883, Method 1010, Condition B (-55°C to +125°C, 15 min. dwell, 10 cycles)
Solderability
Per EIAJ-STD-002
Max. Soldering Cond.
Output Waveform: LVDS / CML / LVPECL
3.3 V LVPECL Load Circuit
71
V
C
X
O
M320x Series
QiK Chip™
APR of ±50 or ±100ppm over industrial temperature
range

Designed for a short 2 week cycle time

Telecommunications such as SONET / SDH / DWDM /
FEC / SERDES / OC-3 thru OC-192

72
M320x Series
QiK Chip™
PARAMETER
Frequency Range
Storage Temperature
Frequency Stability
Aging
1st Year
Pullability/APR
Symbol
F
TA
TS
∆F/F
Control Voltage
Vc
Linearity
Input Impedance
Supply Voltage
fm
Zin
Vcc
Input Current
Load
Icc
Min.
Typ.
Max.
50
1400
-55
+125
±25
Units
MHz
-3
+3
-1
+1
90
135
180
0.18
0.90
1.62
0.25
1.25
2.25
0.30
1.65
3.0
1
5
10
500k
1M
1.71
1.8
1.89
2.375
2.5
2.625
3.135
3.3
3.465
125
ppm
ppm
45
Output Skew
Common Mode
Output Voltage
Vod
Vod
250
0.7
Vcm
Logic “1” Level
Voh
Logic “0” Level
Rise/Fall Time
Enable Function
Vol
Tr/Tf
Start up Time
Phase Jitter
@ 622.08 MHz
Environmental
°C
ppm
ppm/V
ppm/V
ppm/V
V
V
V
%
KHz
Ohms
V
V
V
mA
20
15
20
350
0.95
1.2
Vcc 1.02
55
%
450
1.20
ps
ps
ps
mV
Vpp
V
LVDS
V
LVPECL
Vcc -1.63
V
0.23
0.35
ns
10
ms
0.25
φJ
Mechanical Shock
Vibration
Hermeticity
Solderability
See Note 2
For ±50 ppm APR
For ±100 ppm APR
For ±200 ppm APR
@ 1.8V Vcc
@ 2.5V Vcc
@ 3.3V Vcc
Positive Monotonic
-3 dB bandwidth
@ DC
LVDS/CML
LVPECL/LVDS/CML
See Note 3
LVPECL Waveform
LVDS/CML Waveform
LVPECL: Vdd-1.3 V
LVDS: 1.25 V
LVPECL
CML
LVDS
LVDS
CML
Condition/Notes
See Note 1
ps RMS
LVPECL
Output Option G
Output Option M
Per MIL-STD-202, Method 201 & 204
Per MIL-STD-202, Method 112 (1 x 10-8 atm cc/s of helium)
Per MIL-STD-883, Method 203
LVDS Load Circuit
73
V
C
X
O
XO7080 Series
1.06 x 0.69 inch 3.3 & 5.0 Volt, HCMOS/Sinewave, VCXO
Nominal Frequency (FO): 80.0MHz
SSB Phase Noise Under Static Conditions (maximum)
-80dBc/Hz @ 10Hz offset
-115dBc/Hz @ 100Hz offset
-140dBc/Hz @ 1kHz offset
Frequency Stability
Over Temperature, 12ppm
Aging 1st Year, 1ppm
vs. Supply Variation (VCC 10%), 0.5ppm
vs. Load Variation (50!, 10%), 0.5ppm
All Other Causes, Excluding Temperature, for
10 Years, 5ppm
Harmonics: -20dBc, maximum
Non-Harmonics: -90dBc, maximum
Shock (survival non-operating): -50g, 11msec ½ sine
Adjustment Method, External Voltage, 0 to +5.0VDC
Adjustment Tuning Range; 25ppm, 5ppm tolerance
Slope, Negative
Modulation Bandwidth, 3kHz minimum
Vibration ()survival non-operating
2
0.1g /Hz, 100-2000Hz
Power Supply
Voltage (VCC), +5.0VDC 10%
Current Consumption, 3.0ma. maximum
Output (Sinewave)
Level, 0dBm, 3dB
Load, 50!, 10%
Temperature Range
Operating, -40"C to +85"C
Storage, -55"C to +85"C
Note: Although the XO7080 family is an SMT device, it is not currently a reflowable
assembly compatible device. Therefore, it must be hand assembled to the PCB.
74
Need Help
in your Design?
Call us at 1-800-762-8800
V
C
X
O
75
Clock Oscillator Selection Guide
Package
Size
Supply
Voltage
Output
Logic
Frequency
Range
Family
2.5 x 3.2 mm
3.3 Volt
HCMOS
1 - 66 MHz
M2532
3.2 x 5 mm
2.8, 3.0, 3.3 Volt
HCMOS
1.5 - 80 MHz
M2032
3.2 x 5 mm
2.8, 3.0, 3.3 Volt
HCMOS
1.5 - 80 MHz
M2033
3.2 x 5 mm
2.8, 3.0, 3.3 Volt
HCMOS
1.5 - 80 MHz
M2034
5 x 7 mm
1.8 Volt
HCMOS/TTL
1 - 70 MHz
M2180
5 x 7 mm
2.5 Volt
HCMOS/TTL
1 - 125 MHz
M2250
5 x 7 mm
3.3 Volt
HCMOS/TTL
1 - 135 MHz
M2
5 x 7 mm
5.0 Volt
HCMOS/TTL
1.5 - 100 MHz
M1
5 x 7 mm
3.0, 3.3, 3.6 Volt
HCMOS/TTL
10 - 35 MHz
M2052
5 x 7 mm
1.8, 2.5, 3.3 Volt
LVPECL/LVDS/CML
50 - 1400 MHz
QiK Chip™
M210x
5 x 7 mm
1.8, 2.5, 3.3 Volt
LVPECL/LVDS/CML/
HCMOS
10 - 1400 MHz
QiK Chip™
M21x
5 x 7 mm
3.3 Volt
LVPECL/LVDS
.750 - 800 MHz
UVCJ
5 x 7 mm
3.3 Volt
LVPECL/LVDS
.750 - 800 MHz
UVC
9 x 14 mm
1.8, 2.5, 3.3 Volt
LVPECL/LVDS/CML
50 - 1400 MHz
QiK Chip™
M220x
15 - 29.999 MHz
MIL PRF
55310 QPL
9 x 14 mm
Page
Number
76
M2532 Series
2.5 x 3.2 mm, 3.3 Volt, HCMOS, Clock Oscillator
•
•
•
3.3 Volt Operation
Standby or Tristate Option
High density boards, low power circuits,
portable test sets
X
O
77
M2032, M2033, and M2034 Series
3.2 x 5.0 x 1.3 mm HCMOS Compatible Surface Mount Oscillators
•
•
•
•
±20 ppm stability
Tri-state or standby function
Ideal for WLAN and IEEE802.11
Applications
Low power applications
78
M2180 Series
5x7 mm, 1.8 Volt, HCMOS/TTL, Clock Oscillator
•
•
•
1.8 Volt Operation
Standby Option
High density boards, low power
circuits, portable test sets
DENOTES PIN 1
X
O
NOTE: A capacitor of value 0.01
µF or greater between Vdd and
Ground is recommended.
79
M2250 Series
5x7 mm, 2.5 Volt, HCMOS/TTL, Clock Oscillator
•
•
•
2.5 Volt Operation
Standby Option
High density boards, low
power circuits, portable
test sets
DENOTES PIN 1
NOTE: A capacitor of value 0.01
µF or greater between Vdd and
Ground is recommended.
80
Call us at
1-800-762-8800
X
O
81
M2 Series
5x7 mm, 3.3 Volt, HCMOS/TTL Compatible Output, Clock Oscillator
Features:
• Leadless Chip Carrier (LCC) package
• Seam sealed package
• Tri-state or Standby function options
• Stabilities to ±20 ppm
• Fully RoHS 6 compliant
Applications:
• Microprocessors/Controllers, DSP
• Gig E, SONET
• Industrial Controllers
• Broadband Access
• Test & Measurement Equipment
PARAMETER
Frequency Range
Storage Temperature
Frequency Stability
Aging
st
1 Year
Input Voltage
Input Current
Vdd
Idd
Standby Current
Output Type
Load
Logic “1” Level
Voh
Logic “0” Level
Vol
Output Current
Rise/Fall Time
Tr/Tf
Standby/Tristate Function
Environmental
Symbol
F
TA
TS
ǻF/F
Start up Time
Random Jitter
Mechanical Shock
Vibration
Hermeticity
Thermal Cycle
Solderability
Min.
1.5
-55
3.0
Typ.
Max.
Units
135
MHz
+125
°C
±3
±2
3.3
3.6
10
20
30
55
10
ppm
ppm
V
mA
mA
mA
mA
µA
15/2
PF/TTL
90% Vdd
V
Vdd -0.5
V
10% Vdd
V
0.5
V
mA
±4
Condition/Notes
See Note 1
1.500 to 20.000 MHz
20.001 to 50.000 MHz
50.001 to 67.000
67.001 to 135.000 MHz
“Q” Output Type Only
HCMOS/TTL Compatible
See Note 2
½ Vdd
HCMOS Load
TTL Load
HCMOS Load
TTL Load
See Note 3
6
ns
1.500 to 50.000 MHz
4
ns
50.001 to 80.000 MHz
2
ns
80.001 to 135.000 MHz
Input Logic “1” or floating: output active
Input Logic “0”; output disables to high-Z
10
ms
Rj
4
10
ps RMS
1-Sigma
-8
Per MIL-STD-202, Method 112, (1x10 atm. cc/s of Helium)
Per EIAJ-STD-002
1. Consult factory for availability of higher frequencies.
2. HCMOS Load - See Load circuit diagram. Consult factory with nonstandard output load requirements.
3. Rise/Fall times are measured between 0.5 V and 2.4 V with TTL load, and between 10% Vdd and 90% Vdd with
HCMOS load.
82
M2 Series
Load Circuit Diagram
DUT Output
Test Point
C Load
Note: C Load includes probe and fixturing.
Pin Connections
PIN
Function
1
N/C, Tristate or Standby
2
Ground
3
Output
4
+Vdd
X
O
83
M1 Series
Features:
• Leadless Chip Carrier (LCC) package
• Seam sealed package
• Tri-state function option
• Stabilities to ±20 ppm
• Fully RoHS 6 compliant
Applications:
• Microprocessors/Controllers, DSP
• Gig E, SONET
• Industrial Controllers
• Broadband Access
• Test & Measurement Equipment
PARAMETER
Frequency Range
Storage Temperature
Frequency Stability
Aging
st
1 Year
Input Voltage
Input Current
Symbol
F
TA
TS
ǻF/F
Vdd
Idd
Output Type
Load
1.500 to 50 MHz
50.001 to 67 MHz
67.001 to 125 MHz
Logic “1” Level
Voh
Logic “0” Level
Vol
Output Current
Rise/Fall Time
Tr/Tf
Tristate Function
Environmental
Start up Time
Random Jitter
Mechanical Shock
Vibration
Hermeticity
Thermal Cycle
Solderability
Rj
Min.
Typ.
Max.
1.5
125
-55
+125
4.5
±3
±2
5.0
5.5
20
35/45
65
Units
MHz
Condition/Notes
See Note 1
°C
ppm
ppm
V
mA
mA
mA
50/10
pF/TTL
50
pF
15
pF
V
90% Vdd
Vdd –0.5
V
10% Vdd V
0.5
V
mA
±16
10
ns
3
ns
Input Logic “1” or floating; output active
Input Logic “0”; output disables to high-Z
10
ms
5
12
ps RMS
1.5000 to 20.000 MHz
20.001 to 60.000 MHz
50.001 to 125.000 MHz
See Note 2
½ Vdd
HCMOS Load
TTL Load
HCMOS Load
TTL Load
See Note 3
1.5000 to 67.000 MHz
67.001 to 125.000 MHz
1-Sigma
Per EIAJ-STD-002
1. Consult factory for availability of higher frequencies.
2. HCMOS Load - See Load circuit diagram. Consult factory with nonstandard output load requirements.
3. Rise/Fall times are measured between 0.5 V and 2.4 V with TTL load, and between 10% Vdd and 90% Vdd with
HCMOS load.
84
M1 Series
Load Circuit Diagram
DUT Output
Test Point
C Load
Note: C Load includes probe and fixturing.
Pin Connections
PIN
Function
1
N/C or Tristate
2
Ground
3
Output
4
+Vdd
X
O
85
M2052 Series
5 x 7 mm, 3.0, 3.3 & 3.6 Volt, HCMOS/TTL
High Operating Temperature SMT Oscillator
•
Extreme operating temperature
range to 200°C
• Designed for harsh shock and
vibration applications
• Hermetically sealed
• Long term reliability
• Small form factor 5x7 SMT
• 5x7 leaded and DIP package
option coming soon (contact
factory for availability)
Applications:
• Down Hole Drilling Tools for Oil and Gas Exploration
• Extreme Thermal Applications
• Geo-Thermal Exploration
Parameter
Frequency Range
Min.
10.000000
Typ.
Max.
35.000000
Units
MHz
Frequency Stability
∆F/F
-250
+250
ppm
Storage Temperature
Operating Voltage
Operating Current
TA
TS
VDD
IDD
-40
-55
3.0
+200
+200
3.6
°C
°C
V
mA
mA
mA
Output Type
Output Load
Logic “1” Level
Logic “0” Level
TDC
VOH
VOL
Rise/Fall Time
Random Jitter
Tri-State Function
Environmental
Symbol
FO
Mechanical Shock
Vibration
Hermeticity
Solderability
Max. Soldering Conditions
Package Type
3.3
1.5
3.0
4.0
15/2
40
60
90% VDD
10% VDD
TR/TF
4
pF/TTL
%
V
V
ns
5
12
ps
Logic “1”, or floating, Enables Output
Logic “0” Disables Output to a High-Z
Conditions
Includes initial calibration
tolerance and deviation
over operating
temperature.
@ 10 MHz
@ 25 MHz
@ 35 MHz
Ref to ½ VDD
HCMOS load
HCMOS load
From 10% to 90% VDD.
Frequency dependent.
RMS (1-Sigma)
Pad 1
Per MIL-STD-202, Method 213, Condition E (1000 g’s, 0.5 ms duration, ½ sinewave)
Per MIL-STD-202, Method 204, Condition D (10-2000 Hz at 20 g’s)
-8
Per MIL-STD-202, Method 112 (1 x 10 atm cc/s of Helium)
Per EIAJ-STD-002
See solder profile
5 X 7 X 1.9 mm leadless ceramic. RoHS compliant.
86
M2052 Series
5 x 7 mm, 3.0, 3.3 & 3.6 Volt, HCMOS/TTL
High Operating Temperature SMT Oscillator
Pad
1
2
3
4
5
6
Function
Tri-state
No Internal Connection
Ground
Output
No Internal Connection
+VDD
Test Circuit Diagram
X
O
87
M210x Series
5x7 mm, 3.3/2.5/1.8 Volt, LVPECL/LVDS/CML,
Clock Oscillator
QiK Chip™

From order to ship in 2 weeks
Superior Jitter Performance (less than 0.25 ps RMS,
12 kHz - 20 MHz)
SAW replacement - better performance
Applications:
Telecommunications such as SONET / SDH /
DWDM / FEC / SERDES / OC-3 thru OC-192
1-2-4-10 Gigabit Fibre Channel
Wireless Base Stations / WLAN / Gigabit Ethernet
Avionic Flight Controls
Military Communications
Clock and Data Recovery
SD/HD Video
FPGA/ASIC Clock Generation
Test and Measurement Equipment
6 Pad Standard Option
Contact factory for 9-Pad Option
88
M210x Series
5x7 mm, 3.3/2.5/1.8 Volt, LVPECL/LVDS/CML,
Clock Oscillator
PARAMETER
Frequency Range
Storage Temperature
Frequency Stability
Aging
1st Year
Supply Voltage
Symbol
F
TA
TS
∆F/F
Min.
Typ.
Max.
50
1400
-55
+125
Units
MHz
Vcc
-3
-1
1.71
2.375
3.135
Input Current
Load
Icc
ppm
ppm
V
V
V
mA
1.8
2.5
3.3
+3
+1
1.89
2.625
3.465
125
°C
See Note 2
Environmental
45
Output Skew
Common Mode
Output Voltage
Logic “1” Level
Logic “0” Level
Rise/Fall Time
Enable Function
Vod
Vod
250
0.7
Vcm
Voh
Vol
Tr/Tf
20
15
20
350
.095
1.2
Vcc -1.02
LVDS/CML
55
%
450
1.20
ps
ps
ps
mV
Vpp
LVPECL/LVDS/CML
See Note 3
LVPECL Waveform
LVDS/CML Waveform
LVPECL – Vdd-1.3 V
LVDS – 1.25 V
LVPECL
CML
LVDS
LVDS
CML
V
LVDS
50 Ohms to (Vcc -2) Vdc
Condition/Notes
See Note 1
V
Vcc -1.63
V
0.23
0.50
ns
10
ms
LVPECL
LVPECL
Output Option B or G
Output Option S or M
Start up Time
Phase Jitter
@ 622.08 MHz
0.25
ps RMS
φJ
Phase Noise
@ 622.08 MHz
10 Hz
-60
dBc/Hz
100 Hz
-97
dBc/Hz
1 KHz
-107
dBc/Hz
10 KHz
-116
dBc/Hz
100 KHz
-121
dBc/Hz
1 MHz
-134
dBc/Hz
10 MHz
-146
dBc/Hz
100 MHz
-148
dBc/Hz
Mechanical Shock
Vibration
Hermeticity
Thermal Cycle
Solderability
Per EIAJ-STD-002
Max Soldering Conditions See solder profile, Figure 1
Note 1: Contact factory for standard frequency availability over 945 MHz
Note 2: Stability is inclusive of initial tolerance, deviation over temperature, shock, vibration, supply voltage, and aging for one
year at 50°C mean ambient temperature.
X
O
LVDS Load Circuit
89
M21x Series Multiple Frequency Clock Oscillator
QiK Chip™
•
•
•
•
•
•
Multiple Output Frequencies (2, 3, or 4) Selectable
QiK ChipTM Technology
Superior Jitter Performance (less than 0.25 ps
RMS, 12 kHz - 20 MHz)
Frequencies from 50 MHz - 1.4 GHz (LVDS/
LVPECL/CML)
Frequencies from 10 MHz - 150 MHz (HCMOS)
• Global/Regional selection
• Forward Error Correction (FEC) / Selectable
Functionality applications
• Telecommunications such as SONET / SDH /
• 1-2-4-10 Gigabit Fibre Channel
• Wireless base stations / WLAN / Gigabit Ethernet
• xDSL, Network Communications
• Avionic flight controls
• Military communications
• Clock and data recovery
• Low jitter clock generation
• Frequency margining
DENOTES PIN 1
90
M21x Series Multiple Frequency Clock Oscillator
QiK Chip™
PARAMETER
Frequency Range
Symbol
F
TA
Storage Temperature
Frequency Stability
Aging
1st Year
Supply Voltage
TS
∆F/F
Input Current
Icc
Min.
50
10
Typ.
Max.
1400
150
-20 to +70
-40 to +85
-55
+125
-3
-1
1.71
2.375
3.135
Vcc
1.8
2.5
3.3
+3
+1
1.89
2.625
3.465
125
105
Units
MHz
°C
°C
°C
ppm
ppm
ppm
V
V
V
mA
mA
HCMOS Load Circuit
Vod
Vod
pF
45
55
%
450
1.20
ps
ps
ps
mV
Vpp
V
LVDS
V
LVPECL
HCMOS
LVPECL
HCMOS
Ref. 10%-90% Vdd HCMOS
250
0.7
Voh
Vcc -1.02
90% Vdd
Logic “0” Level
Vol
Rise/Fall Time
Tr/Tf
Vcc -1.63
V
10% Vdd
0.23
0.35
ns
6.0
ns
80% Vcc min. or N/C: Output active
Input Logic “1” or floating: output active
Input Logic “0”: output disables to high-Z
See Truth Table
10
ms
10
ms
Frequency Selection
Settling Time
Start up Time
Phase Jitter
@ 622.08 MHz
LVDS Load Circuit
Vcm
1.2
0.25
φJ
@ 125 MHz
Environmental
20
15
20
350
0.95
Common Mode
Output Voltage
Logic “1” Level
Enable Function
Option B
Enable Function
Option S
Tristate Function
Mechanical Shock
Vibration
Hermeticity
Thermal Cycle
Solderability
Max. Soldering Cond.
See Note 2
15
Output Skew
Customer Specified
LVPECL/HCMOS/CML
LVDS
See Note 3
LVPECL Waveform
LVDS/CML Waveform
CMOS Waveform
LDPECL: Vdd – 1.3 V
LVDS: 1.25 V
LVPECL
CML
LVDS
LVDS
CML
Load
Condition/Notes
LVPECL/LVDS/CML - See Note 1
HCMOS
ps RMS
0.50
ps RMS
Customer Specified
Customer Specified
Customer Specified
To within ± 1 ppm of frequency
LVPECL/LVDS/CML
HCMOS (12 kHz – 20 MHz)
Per EIAJ-STD-002
Note 3: See Load Circuit Diagram in this datasheet. Consult factory with nonstandard output load requirements.
X
O
Output Waveform: LVDS/CML/LVPECL
91
UVCJ Series
5x7 mm, 3.3 Volt, LVPECL/LVDS, Clock Oscillators
•
•
Integrated phase jitter of less than
1 ps from 12 kHz to 20 MHz
Ideal for 10 and 40 Gigabit Ethernet
and Optical Carrier applications
DENOTES PIN 1
92
UVC Series
5x7 mm, 3.3 Volt, LVPECL/LVDS, Clock Oscillators
DENOTES PIN 1
Pad
Function
1
Enable/Disable for “R” Output Type
or
N/C for “Z” Output Type
2
N/C
3
Ground
4
Output Q
5
Complementary Output Q
6
+ Vdd
X
O
93
M220x Series
9x14 mm, 3.3/2.5/1.8 Volt, LVPECL/LVDS/CML, Clock Oscillator
QiK Chip™

From order to ship in 2 weeks
Superior Jitter Performance (less than 0.25 ps
RMS,
12 kHz - 20 MHz)
Applications:
Telecommunications such as SONET / SDH /
1-2-4-10 Gigabit Fibre Channel
Wireless Base Stations / WLAN / Gigabit Ethernet
Avionic Flight Controls
Military Communications
Clock and Data Recovery
SD/HD Video
FPGA/ASIC Clock Generation
Test and Measurement Equipment
94
M220x Series
9x14 mm, 3.3/2.5/1.8 Volt, LVPECL/LVDS/CML, Clock Oscillator
PARAMETER
Frequency Range
Storage Temperature
Frequency Stability
Aging
1st Year
Supply Voltage
Symbol
F
TA
TS
∆F/F
Min.
Typ.
Max.
50
1400
-55
+125
Units
MHz
Vcc
-3
-1
1.71
2.375
3.135
Input Current
Load
Icc
ppm
ppm
V
V
V
mA
1.8
2.5
3.3
+3
+1
1.89
2.625
3.465
125
°C
See Note 2
Environmental
45
Output Skew
Common Mode
Output Voltage
Logic “1” Level
Logic “0” Level
Rise/Fall Time
Enable Function
Vod
Vod
250
0.7
Vcm
Voh
Vol
Tr/Tf
20
15
20
350
.095
1.2
Vcc -1.02
LVDS/CML
55
%
450
1.20
ps
ps
ps
mV
Vpp
LVPECL/LVDS/CML
See Note 3
LVPECL Waveform
LVDS/CML Waveform
LVPECL – Vdd-1.3 V
LVDS – 1.25 V
LVPECL
CML
LVDS
LVDS
CML
V
LVDS
50 Ohms to (Vcc -2) Vdc
Condition/Notes
See Note 1
V
Vcc -1.63
V
0.23
0.50
ns
10
ms
LVPECL
LVPECL
Output Option B or G
Output Option S or M
Start up Time
Phase Jitter
@ 622.08 MHz
0.25
ps RMS
φJ
Phase Noise
@ 622.08 MHz
10 Hz
-60
dBc/Hz
100 Hz
-97
dBc/Hz
1 KHz
-107
dBc/Hz
10 KHz
-116
dBc/Hz
100 KHz
-121
dBc/Hz
1 MHz
-134
dBc/Hz
10 MHz
-146
dBc/Hz
100 MHz
-148
dBc/Hz
Mechanical Shock
Vibration
Hermeticity
Thermal Cycle
Solderability
Per EIAJ-STD-002
Max Soldering Conditions See solder profile, Figure 1
Note 1: Contact factory for standard frequency availability over 945 MHz
X
O
LVDS Load Circuit
95
MIL-PRF-55310 QPL Oscillators
Oscillators qualified under
MIL-PRF-55310
Oscillator designs requiring military approval fall into
two categories, those which have been subjected
to formal QPL qualification under MIL-PRF-55310
and others too new and/or too limited in quantity
to have been so certified or are built to customers’
SCD (Source Controlled Document). MtronPTI
does both in a MIL-STD-790 certified factility.
96
MIL-PRF-55310 QPL Oscillators
For reference only. See MIL-PRF-55310/30 for current actual requirements.
Figure 1: Test Circuit
X
O
1. For CCL = 15pF ±5 percent
2. For RCL = 10 kΩ ±5 percent
3. CCL includes scope capacitance
Figure 2: Output Waveform
97
Crystal/Resonator Selection Guide
Package
Size
Frequency
Range
Operating
Temperature
Family
HC-49/S
3.58 - 72 MHz
-10°C to +70°C
ATSM-49
HC-49U/S
3.58 - 72 MHz
-10°C to +70°C
ATS-49
2.5 x3.2 mm
12 - 54 MHz
-10°C to +70°C
M1253
2.5 x 4 mm
12 - 32 MHz
-10°C to +85°C
M1254
3.2 x 5 mm
12 - 54 MHz
-10°C to +70°C
M1325
5 x 7 mm
9.5 - 150 MHz
-40°C to +85°C
PM
Contact Factory
Contact Factory
Contact Factory
XR Series
HC-48/U
See Spcifications on
Page
See Specifications on
Page
MIL-PRF-3098QPL
HC-49/U
Page
Page
MIL-PRF-3098QPL
HC-50/U
Page
Page
MIL-PRF-3098QPL
HC-51/U
Page
Page
MIL-PRF-3098QPL
Page
Number
98
ATSM-49 Crystals
C
R
Y
S
T
A
L
Order by:
*ATSM-49-R 00.0000 MHz (Frequency)
-R signifies RoHS compliant part
For Custom P/N:
M1001Sxxx - Contact factory for datasheet
MtronPTI ATSM-49 Options
Order by part number listed followed by the desired frequency.
Part No.
Environmental
Electrical Specification
520-010-R
520-230-R
520-260-R
520-910-R
520-930-R
520-960-R
522-210-R
522-215-R
Description
Fundamental frequencies, -20°C to +70°C operating temperature
Fundamental frequencies, 20pF load capacitance
Fundamental frequencies, 32pF load capacitance
rd
3 overtone frequencies, 18 pF load capacitance
rd
3 overtone frequencies, 20pF load capacitance
rd
3 overtone frequencies, 32pF load capacitance
Fundamental frequencies, -40°C to +85°C operating temperature
rd
3 overtone frequencies, -40°C to +85°C operating temperature
Balance of specifications same as shown in “Electrical Specifications”
Contact the factory for options not listed above.
PARAMETER
Symbol
Min.
Typ.
Max.
Units Condition/Notes
Frequency Range
F
3.579545
72
MHz
Frequency Tolerance
F/F
ppm
±30
Frequency Stability
ppm
∆F/F
±50
-10
+70
TA
°C
Storage Temperature
-55
+125
TS
°C
Aging
st
1 Year
+3
ppm
rd
+5
ppm
Up to 3 year
Load Capacitance
CL
18
pF
See Note 2
Shunt Capacitance
CO
7
pF
ESR
See ESR Table
Drive Level
25
100
500
µW
DL
Insulation Resistance
500
IR
MΩ
Aging
Internal Specification, 168 hrs. at +55°C
Physical Dimensions
Shock
MIL-STD-202, Method 213 Condition C, 100 g
Vibration
MIL-STD-202, Methods 201 & 204, 10 g from 10-2000 Hz
Thermal Cycle
MIL-STD-883, Method 1010, Condition B, -55°C to +125°C
Gross Leak
MIL-STD-202, Method 112, 30 sec. Immersion
-8
Fine Leak
MIL-STD-202, Method 112, 1 x 10 atmcc/sec. min.
Resistance to Solvents
MIL-STD-883, Method 2015, Three 1 minute soaks
See solder profile
Note 1: BT Cut fundamentals from 24.000 to 40.000 MHz have a tolerance of ±50 ppm and 100 ppm stability. Order by
P/N 471-010-R-Frequency.
Note 2: Series resonant designated by “SR” prefix (ie., SRATSM-49-R).
99
ATS-49 Crystals
*ATS-49 00.0000 MHz (customer specified)
*ATS-49-R 00.0000 MHz (RoHS Compliant and customer specified frequency )
Environmental
M1004Sxxx - Contact factory for datasheet.
PARAMETER
Frequency Range
Frequency Tolerance
Frequency Stability
Storage Temperature
Aging Per Year
Load Capacitance
Shunt Capacitance
ESR
Drive Level
Mechanical Shock
Vibration
Thermal Cycle
Hermeticity
Solderability
Max Wave Soldering
Conditions
Symbol
F
F/F
ǻF/F
TA
TS
CL
CO
Min.
3.579545
-30
-50
-10
-55
Typ.
±5
18
Max.
72
+30
+50
+70
+125
±5
7
See ESR Table
100
500
Units
MHz
ppm
ppm
°C
Condition/Notes
See Note 1
°C
pF
pF
See Note 2
DL
25
ȝW
IR
500
MOhms
MIL-STD-202, Method 213, C (100 g’s)
MIL-STD-202, Method 201 & 204 (10 g’s from 10-2000 Hz)
MIL-STD-883, Method 1010, B (-55°C to 125°C, 15 min dwell, 10 cycles)
MIL-STD-202, Method 112 (must meet 1 x 10-8)
Per EIAJ-STD-002
+260°C for 10 secs. Max.
Note 1: BT cut fundamentals from 24.000 to 40.000 MHz have a stability of ±100 ppm
Note 2: Series resonant designated “SR” prefix (i.e., SRATS-49)
100
M1253 Surface Mount Crystal
2.5 x 3.2 x 0.8 mm
Environmental
Features:
• Ultra-Miniature Size
• Tape & Reel
• Leadless Ceramic Package - Seam Sealed
Applications:
• Handheld Electronic Devices
• PDA, GPS, MP3
• Portable Instruments
• PCMCIA Cards
• Bluetooth
Parameter
Frequency Range
Frequency Tolerance
Frequency Stability
Storage Temperature
Aging
Load Capacitance
Shunt Capacitance
ESR
Fundamental AT-Cut Frequencies
13.000000 to 19.999999 MHz
20.000000 to 29.999999 MHz
30.000000 to 54.000000 MHz
Drive Level
Aging
Physical Dimensions
Shock
Vibration
Thermal Cycle
Gross Leak
Fine Leak
Resistance to Solvents
Symbol
F
F/F
F/F
Topr
Tstg
Fa
CL
C0
C
R
Y
S
T
A
L
Min.
Typ.
Max.
12
54
-55
+125
±5
Units
MHz
ppm
ppm
°C
°C
ppm/yr
3
pF
80
70
50
300
Ohms
Ohms
Ohms
µW
Megohms
10
100
DL
500
IR
Internal Specification
MIL-STD-202, Method 213 Condition C
Conditions
+25°C
Over Operating Temperature
+25°C
All
All
All
100 VDC
168 hrs. at +55°C
100 g
10 g from 10-2000 Hz
-55°C to +125°C
30 sec. Immersion
1 x 10-8 atmcc/sec. min.
Three 1 minute soaks
101
2.5 x 4.0 x 0.75 mm
Features:
• Tape & Reel
• RoHS Compliant
Applications:
• PDA, GPS, MP3
• PCMCIA Cards
102
3.2 x 5 x 0.8 mm
Features:
• Tape & Reel
Applications:
• PDA, GPS, MP3
C
R
Y
S
T
A
L
103
PM Surface Mount Crystals
5.0 x 7.0 x 1.3 mm
Available Stabilities vs. Temperature
A = Available
N = Not Available
S = Standard
DENOTES PIN 1
104
XR Series
Precision Crystal Resonators
MtronPTI is a leader in the field of developing and
manufacturing Precision Crystal Resonators for HighReliability applications as well as internal use in various
Oscillator products. Below is a brief summary of the
typical products and performance characteristics you
can expect. When you need custom, high-rel products,
contact our Application Engineering hotline (1-800-7628800) for quick, complete support.
Applications (typical):
• Space and Satellite
• Military
• RF Communications
• Electronic Weapons
• Avionics
• Telecommunications
• Instrumentation
Key Performance & Characteristics (typical):
• Frequency range: 3 to 200 MHz
• Cut: AT, SC, IT, etc.
• Overtone: Fundamental, 3rd, 5th and 7th
• Operating temperatures to -55ºC to 125°C
• Low Phase noise
(-130dBc/Hz @ 100Hz offset for 10.00 MHz/3rd/SC/TO8)
•
Low aging rate
(0.5x10-9 per day typical for 10.00 MHz/3rd/SC/TO8)
•
Low g-sensitivity
(1x10-9 per axis typical for 10.00 MHz/3rd/SC/TO8)
•
•
•
High shock capable & Vibration resistant
• Test Capability: Shock to 50K g long-impulse,
high shock, in-house test capability
• Sine and random vibration profiles
High Reliability test capability
RoHS capable (if required)
Package Options (Cold Weld & Resistance Weld):
·
H45, H43/H18, H12, and H6
·
TO5, TO8, and H40
Contact MtronPTI’s Application Engineering team to help
configure your specific Precision Crystal Resonator today!
Phone: 1-800-762-8800 or E-mail: [email protected]
105
C
R
Y
S
T
A
L
MIL-PRF-3098 QPL Crystals
Crystals qualified under MIL-PRF-3098
MtronPTI has been a QPL’d supplier of military quartz crystals since 1967. Crystal designs requiring military approval fall
into two categories, those which have been subjected to formal QPL qualification under MIL-PRF-3098 and others too new
and/or too limited in quantity to have been so certified. MtronPTI does both in a MIL-STD-790 certified facility.
HC-48/U 00.0000 MHz (customer specified)
106
MIL-PRF-3098 QPL Crystals
C
R
Y
S
T
A
L
Contact the factory for availability of specific frequencies below 2.000 MHz.
107
The load circuits shown are typical of the test loads used to measure wave form parameters for the various oscillator
logic families. Please consult the factory for applications requiring special load considerations.
Load Circuit #1 - TTL
Load Circuit #2 - HCMOS
Load Circuit #5 - ECL 3.3 Volt
50 Ohms
Load Circuit #3 - ECL 5 Volt
50 Ohms
Load Circuit #4
ECL Standard
108
The load circuits shown are typical of the test loads used to measure wave form parameters for the various oscillator
logic families. Please consult the factory for applications requiring special load considerations.
Load Circuit #7 - Clipped
Sinewave
TCXO/TCVCXO
Load Circuit #6 - ACMOS
50 Ohms
Load Circuit #8 - 50 Ohms
Load Circuit #9
100 Ohms Ouput
to Output Termination
109
Solder Profiles
Typical Soldering Conditions for Surface Mount Crystals and Oscillators (Figures 1 and 2)
Figure “1”
Figure “2”
Typical Soldering Conditions for Through Hole Crystals and Oscillators:
Per MIL-STD-202, Method 210 “Resistance to Soldering Heat”, Condition C.
Details:
Wave solder with a solder bath temperature of 260°C ± 5°C and an exposure time of 10 ±1 second. Preheat 1-4°C/s to within 100°C of solder
temperature (25 ±6 mm/s).
110
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1-800-762-8800
111
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ATS-1
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K1400A
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M2
82-83
ATS-2
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K1523BA
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M2001
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ATS-49
100
K1524A
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M2032
78
ATSM49
99
K1525C
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M2033
78
Ceramic Filters
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K1526A
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M2034
78
CIM
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K1526B
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M2035
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CMO3
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K1526BLC
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M2036
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CMO5
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K1526C
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M2037
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CMV
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K1526CLC
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M2052
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CMV3
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K1526D
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M210x
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Crystal Filters
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K1527A
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M2180
79
CTM5000A
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K1528D
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M21x
90-91
CTM5001A
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K1536B
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M220x
94-95
CTM5002A
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K1536BLC
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M2250
80
CTM5003A
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K1536C
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M2532
77
CTM5025A
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K1536CLC
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M3
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CTM5026A
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K1570A
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M310x
68-69
CTM5035A
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K1570AQA
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M31x
70-71
CTM5035AQA
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K1570AQG
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M320x
72-73
CTM5035AQB
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K1570AQH
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M3A
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CTM5100A
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K1573A
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M3E
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CTM5100R
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K1601
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M3EH
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F1100C
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K1601T
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M3H
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F1139BA
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K1601TE
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M3L
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F1300C
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K1602
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M3M
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F1400A
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K1602SE
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M3R
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F1533A
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K1602T
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M3V
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F1535A
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K1602TE
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M4001
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F17250B
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K1603T
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M4002
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F17255B
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K1603TE
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M4003
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F17350B
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K1610
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M4004
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F17355B
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K1610T
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M4R
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F2139BA
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K1613
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M4S
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FV1400A
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K1700A
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M5001
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HC-49U/N
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K17255B
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M5002
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K1100BA
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K3100G
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M5003
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K1100F
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K3500G
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M5004
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K11041
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K500
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M5L
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K1110BA
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K500F
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M5M
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K1110D
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K57/3A
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M5R
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K1120D
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K570A
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M5RJ
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K1125BA
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K573A
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M5S
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K1144B
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KV1400AA
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M6001
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K1149
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LC Filters
14-17
M6002
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K1149CQA
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M1
84-85
M6003
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K1149DAD
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M1253
101
M6004
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K1150BA
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M1254
102
M6005
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K1300
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M1325
103
M6007
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112
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M6027
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MTCO31
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Switched Filters
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M6028
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MTCVO11/21
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SX1555
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M6029
49
MTCVO25
See web
SX2050
See web
M6030
49
MTCVO31
See web
SX2060
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M610x
50-51
MTXO
See web
Tunable Filters
See web
M611x
52-53
MTXV
See web
UM-1
See web
M612x
60-61
MV
See web
UM-1/G
See web
M613x
58-59
MV3
65
UM-5
See web
M616x
54-55
MV5
65
UM-5/G
See web
M630x
56-57
MVH
See web
UVC
93
M7R
See web
MVP
See web
UVCJ
92
M7S
See web
MVS
See web
UVV
66
M8R
See web
MVX
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UVVJ
67
M8S
See web
MXO5019
See web
VCO
See web
M9004
See web
MXO5026
See web
XO3022
See web
M9100
30-31
MXO5030
See web
XO3030
See web
M9101
32-33
MXO5040
See web
XO3050
See web
M9103
34-35
MXO5080
See web
XO3067
See web
M9107
27
MXO5160
See web
XO3070
See web
M9108
28-29
MXO5161
See web
XO3080
62
MA
See web
MXO5162
See web
XO3090
See web
MAH
See web
MXO5163
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XO3280
See web
ME
See web
MXO5164
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XO3285
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MEH
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MXO5165
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XO5019
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MH
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PJ
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XO5026
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MHO+
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Planar Filters
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XO5030
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MHO3
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PM
104
XO5040
See web
MHR
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PMX
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XO5051
See web
Microwave Filters
6-8
PP
See web
XO5060
See web
MIL PRF 3098 QPL 106-107
PR
See web
XO5080
42
MIL PRF 55310 QPL 96-97
Precision Crystals
105
XO5084-1588-R
40-41
ML
See web
PTX
See web
XO5120
44
MM
See web
Rasco Plus Series
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XO5125
45
MMCC-1
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SAW Filters
18-20
XO5153
43
MMCC-2
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SF1001
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XO5160
46-47
MMCC-3
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SF1002
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XO5161
46-47
Modules
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SF1003
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XO5162
46-47
MP-1
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SF1004
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XO5163
46-47
MP-2
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SF1004
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XO5164
46-47
MPV3
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SF1005
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XO5165
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MPV3J
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SF1006
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XO5166
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MPV5
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SF1007
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XO5167
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MPV5J
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SF1008
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XO5180
37
MSO
See web
SF1009
See web
XO5184-1588-R
38-39
MSO2
See web
SF1010
See web
XO5285
See web
MSO3
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SF1011
See web
XO7010
See web
MTCO11/21
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SF1012
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XO7011
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MTCO25A
See web
SF1013
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XO7060
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113
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XO7080
Page
74
XO7082
See web
XR0179
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XR0251
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XR0519
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XR0609
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XR0699
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XR1179
See web
XR Series
105
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114
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115
Call us at
1-800-762-8800